Alignment result
Four-wheel results dashboard
| Wheel | Measurement | Initial | Final | Adjustment | Specification | Final status |
|---|---|---|---|---|---|---|
| Front left | Camber | -1.35° | -0.55° −0° 33′ 00.00″ |
0.8° | -1 / -0.5 / 0.2 | Within specification |
| Front left | Caster | 2.7° | 3.35° 3° 21′ 00.00″ |
0.65° | 2.8 / 3.5 / 4.2 | Within specification |
| Front left | Individual toe 0.227 mm linear |
0.17° | 0.04° 0° 02′ 24.00″ |
-0.13° | -0.05 / 0.04 / 0.12 | Within specification |
| Front left | Steering-axis inclination | 12.6° | 12.55° 12° 33′ 00.00″ |
-0.05° | 11.5 / 12.5 / 13.5 | Within specification |
| Front left | Ride height | 356 mm | 359 mm 0° 00′ 00.00″ |
3 mm | 350 / 360 / 370 | Within specification |
| Front left | Setback | 0.2° | 0.05° 0° 03′ 00.00″ |
-0.15° | -0.25 / 0 / 0.25 | Within specification |
| Front right | Camber | -0.2° | -0.48° −0° 28′ 48.00″ |
-0.28° | -1 / -0.5 / 0.2 | Within specification |
| Front right | Caster | 3.45° | 3.42° 3° 25′ 12.00″ |
-0.03° | 2.8 / 3.5 / 4.2 | Within specification |
| Front right | Individual toe 0.227 mm linear |
-0.06° | 0.04° 0° 02′ 24.00″ |
0.1° | -0.05 / 0.04 / 0.12 | Within specification |
| Front right | Steering-axis inclination | 12.1° | 12.5° 12° 30′ 00.00″ |
0.4° | 11.5 / 12.5 / 13.5 | Within specification |
| Front right | Ride height | 362 mm | 360 mm 0° 00′ 00.00″ |
-2 mm | 350 / 360 / 370 | Within specification |
| Front right | Setback | -0.1° | -0.02° −0° 01′ 12.00″ |
0.08° | -0.25 / 0 / 0.25 | Within specification |
| Rear left | Camber | -1.7° | -1° −1° 00′ 00.00″ |
0.7° | -1.5 / -1 / -0.3 | Within specification |
| Rear left | Individual toe 0.454 mm linear |
0.22° | 0.08° 0° 04′ 48.00″ |
-0.14° | 0 / 0.08 / 0.16 | Within specification |
| Rear left | Ride height | 358 mm | 359 mm 0° 00′ 00.00″ |
1 mm | 350 / 360 / 370 | Within specification |
| Rear left | Setback | 0.3° | 0.04° 0° 02′ 24.00″ |
-0.26° | -0.25 / 0 / 0.25 | Within specification |
| Rear right | Camber | -0.85° | -0.95° −0° 57′ 00.00″ |
-0.1° | -1.5 / -1 / -0.3 | Within specification |
| Rear right | Individual toe 0.454 mm linear |
0.03° | 0.08° 0° 04′ 48.00″ |
0.05° | 0 / 0.08 / 0.16 | Within specification |
| Rear right | Ride height | 360 mm | 360 mm 0° 00′ 00.00″ |
0 mm | 350 / 360 / 370 | Within specification |
| Rear right | Setback | -0.2° | -0.03° −0° 01′ 48.00″ |
0.17° | -0.25 / 0 / 0.25 | Within specification |
Axle and geometry calculations
| Measurement | Initial | Final | Change | Status |
|---|---|---|---|---|
| Front total toe | 0.11° | 0.08° | -0.03° | Within specification |
| Rear total toe | 0.25° | 0.16° | -0.09° | Within specification |
| Front cross camber | -1.15° | -0.07° | 1.08° | Within specification |
| Rear cross camber | -0.85° | -0.05° | 0.8° | Within specification |
| Cross caster | -0.75° | -0.07° | 0.68° | Within specification |
| Front setback difference | 0.3° | 0.07° | -0.23° | Informational |
| Rear setback difference | 0.5° | 0.07° | -0.43° | Informational |
| Thrust angle | -0.095° | 0° | 0.095° | Within specification |
| Geometric driving axis | -0.095° | 0° | 0.095° | Informational |
| Front ride-height difference | -6 mm | -1 mm | 5 mm | Informational |
| Rear ride-height difference | -2 mm | -1 mm | 1 mm | Informational |
| Front individual-toe difference | 0.23° | 0° | -0.23° | Informational |
| Rear individual-toe difference | 0.19° | 0° | -0.19° | Informational |
Top-view alignment visualization
FL
FR
RL
RR
Wheel rotations and thrust-line rotation are exaggerated for visibility.
Diagnostic interpretation
These observations are clues. They do not confirm a failed component.
No active diagnostic warnings
All entered final values are within the selected ranges, and no tire-wear symptoms were selected.
Before-and-after charts
Camber comparison
Toe comparison
Angle and toe conversion tools
0° 15′ 0.00″
Approximately 0.5° total angle.
0.25 decimal degrees.
Formula used
Total toe
Total toe = left individual toe + right individual toe
Cross camber
Cross camber = left camber − right camber
Cross caster
Cross caster = left caster − right caster
Included angle
Included angle = camber + steering-axis inclination
Approximate linear toe
Toe distance = measurement diameter × tan(toe angle ÷ 2)
Approximate toe angle
Toe angle = 2 × arctan(toe distance ÷ measurement diameter)
Approximate thrust angle
Thrust angle = (right rear toe − left rear toe) ÷ 2
Sign conventions differ among alignment machines. Match the calculator to the equipment and specification source.
How to use this calculator
- Confirm tire pressures, wheel condition, vehicle loading, and ride height.
- Inspect steering and suspension parts before attempting adjustment.
- Enter exact vehicle data and the toe measurement diameter.
- Replace example tolerances with verified manufacturer specifications.
- Enter initial readings for all four wheels.
- Record tire-wear and handling symptoms that were actually observed.
- Adjust rear camber and toe first when the design permits.
- Correct rear thrust angle before centering front steering.
- Set front caster, camber, and toe in the correct service sequence.
- Enter final measurements and calculate the report again.
- Review out-of-range values, warnings, and diagnostic clues.
- Download CSV or PDF records and retain the signed report.
Example data table
| Wheel position | Measurement | Initial | Minimum | Target | Maximum | Final | Adjustment | Status |
|---|---|---|---|---|---|---|---|---|
| Front left | Camber | -1.35° | -1° | -0.5° | 0.2° | -0.55° | 0.8° | Within specification |
| Front left | Individual toe | 0.17° | -0.05° | 0.04° | 0.12° | 0.04° | -0.13° | Within specification |
| Front right | Camber | -0.2° | -1° | -0.5° | 0.2° | -0.48° | -0.28° | Within specification |
| Front right | Individual toe | -0.06° | -0.05° | 0.04° | 0.12° | 0.04° | 0.1° | Within specification |
| Rear left | Camber | -1.7° | -1.5° | -1° | -0.3° | -1° | 0.7° | Within specification |
| Rear left | Individual toe | 0.22° | 0° | 0.08° | 0.16° | 0.08° | -0.14° | Within specification |
| Rear right | Camber | -0.85° | -1.5° | -1° | -0.3° | -0.95° | -0.1° | Within specification |
| Rear right | Individual toe | 0.03° | 0° | 0.08° | 0.16° | 0.08° | 0.05° | Within specification |
Understanding wheel alignment
What alignment controls
Wheel alignment describes how each wheel sits relative to the vehicle and road. Camber tilts the wheel inward or outward. Caster tilts the steering axis forward or backward. Toe points paired wheels toward or away from each other. Rear toe also establishes the thrust line. These angles influence tire life, steering feel, stability, and fuel use.
Why measurement conditions matter
Accurate work starts before the alignment rack. Tires need correct pressure and suitable tread. Wheels must not be bent. Steering and suspension joints need inspection. Vehicle loading, fuel level, ride height, and air-suspension modes can change measurements. Sensor clamps require correct mounting and compensation. A number becomes useful only when its method matches the specification.
How the angles interact
Excessive negative camber often wears inner shoulders. Positive camber can wear outer shoulders. Toe error usually creates fast feathered wear across the tread. Cross-caster and cross-camber can influence pulling, although tire conicity, brake drag, road crown, and loading may produce similar symptoms. A rear thrust angle can leave the steering wheel off center after front toe is adjusted.
Recommended adjustment sequence
Repair loose or damaged parts first. Confirm ride height next. Adjust the rear axle before the front when adjustments exist. Correct rear camber, rear toe, and thrust angle. Then set front caster and camber. Center the steering gear and steering wheel before setting individual front toe. Settle the suspension and recheck every measurement after tightening fasteners.
Using this report responsibly
This calculator compares entered readings with custom limits. It also estimates linear toe, cross values, setbacks, included angles, and improvement toward targets. Results can support documentation and discussion. They cannot replace a calibrated alignment machine, physical inspection, road testing, service information, or professional judgment. Always follow verified specifications for the exact vehicle configuration.
Frequently asked questions
What is the most important alignment angle?
No single angle is always most important. Toe often causes rapid tire wear. Camber affects contact and shoulder wear. Caster affects steering stability. Rear thrust angle affects tracking and steering-wheel position.
Can I use generic alignment specifications?
Use generic values only for demonstrations. Real adjustments require specifications matching the year, model, trim, suspension, wheels, tires, ride height, and required loading procedure.
Why does toe conversion need a diameter?
Linear toe changes with the diameter where it is measured. The same angular toe creates a larger distance across a larger measurement diameter.
What does a negative camber value mean?
Negative camber means the wheel top leans inward under common sign conventions. Confirm the convention used by the alignment equipment.
Why should rear alignment be corrected first?
Rear toe establishes the thrust line. Correcting it first gives the front axle a valid geometric reference and helps center the steering wheel.
Can alignment fix all steering pulls?
No. Tire conicity, road crown, brake drag, unequal loading, worn parts, and structural damage can also cause pulling.
When should alignment be checked?
Check after impacts, tire replacement, suspension repairs, ride-height changes, uneven wear, steering complaints, or manufacturer-recommended intervals.
Is this calculator a repair instruction?
No. It is an informational comparison and reporting tool. Qualified technicians should use calibrated equipment and verified service procedures.
Expanded diagnostic reference library
Searchable workshop reference entries cover angle direction, wheel position, severity, symptoms, inspection points, and safety caveats.
246 entries
| ID | Category | Position | Severity | Reference | Inspection and action |
|---|---|---|---|---|---|
| 1 | Camber | front-left | Borderline | Front-Left Wheel: excessive negative camber A borderline excessive negative camber reading at the front-left wheel may contribute to inner-edge tire wear, reduced straight-line tire contact, and possible pulling. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, control arms, bushings, strut or shock mounting points, wheel bearing play, and structural damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 2 | Camber | front-left | Moderate | Front-Left Wheel: excessive negative camber A moderate excessive negative camber reading at the front-left wheel may contribute to inner-edge tire wear, reduced straight-line tire contact, and possible pulling. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, control arms, bushings, strut or shock mounting points, wheel bearing play, and structural damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 3 | Camber | front-left | Severe | Front-Left Wheel: excessive negative camber A severe excessive negative camber reading at the front-left wheel may contribute to inner-edge tire wear, reduced straight-line tire contact, and possible pulling. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, control arms, bushings, strut or shock mounting points, wheel bearing play, and structural damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 4 | Camber | front-left | Borderline | Front-Left Wheel: excessive positive camber A borderline excessive positive camber reading at the front-left wheel may contribute to outer-edge tire wear, reduced cornering grip, and possible steering pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, bent knuckles, ball joints, control arms, spindle geometry, and previous collision repairs. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 5 | Camber | front-left | Moderate | Front-Left Wheel: excessive positive camber A moderate excessive positive camber reading at the front-left wheel may contribute to outer-edge tire wear, reduced cornering grip, and possible steering pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, bent knuckles, ball joints, control arms, spindle geometry, and previous collision repairs. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 6 | Camber | front-left | Severe | Front-Left Wheel: excessive positive camber A severe excessive positive camber reading at the front-left wheel may contribute to outer-edge tire wear, reduced cornering grip, and possible steering pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, bent knuckles, ball joints, control arms, spindle geometry, and previous collision repairs. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 7 | Camber | front-left | Borderline | Front-Left Wheel: left-to-right camber imbalance A borderline left-to-right camber imbalance reading at the front-left wheel may contribute to vehicle drift or pull and uneven tire wear across the axle. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare ride heights, spring condition, subframe position, control-arm bushings, and body or suspension reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 8 | Camber | front-left | Moderate | Front-Left Wheel: left-to-right camber imbalance A moderate left-to-right camber imbalance reading at the front-left wheel may contribute to vehicle drift or pull and uneven tire wear across the axle. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare ride heights, spring condition, subframe position, control-arm bushings, and body or suspension reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 9 | Camber | front-left | Severe | Front-Left Wheel: left-to-right camber imbalance A severe left-to-right camber imbalance reading at the front-left wheel may contribute to vehicle drift or pull and uneven tire wear across the axle. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare ride heights, spring condition, subframe position, control-arm bushings, and body or suspension reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 10 | Caster | front-left | Borderline | Front-Left Wheel: insufficient positive caster A borderline insufficient positive caster reading at the front-left wheel may contribute to light steering feel, weak return-to-center, and reduced high-speed stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect suspension geometry, strut rods, control arms, subframe alignment, ride height, and adjustable caster hardware. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 11 | Caster | front-left | Moderate | Front-Left Wheel: insufficient positive caster A moderate insufficient positive caster reading at the front-left wheel may contribute to light steering feel, weak return-to-center, and reduced high-speed stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect suspension geometry, strut rods, control arms, subframe alignment, ride height, and adjustable caster hardware. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 12 | Caster | front-left | Severe | Front-Left Wheel: insufficient positive caster A severe insufficient positive caster reading at the front-left wheel may contribute to light steering feel, weak return-to-center, and reduced high-speed stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect suspension geometry, strut rods, control arms, subframe alignment, ride height, and adjustable caster hardware. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 13 | Caster | front-left | Borderline | Front-Left Wheel: excessive positive caster A borderline excessive positive caster reading at the front-left wheel may contribute to heavier steering effort and possible steering kickback. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify specification source, ride height, control-arm position, strut mounts, and aftermarket suspension settings. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 14 | Caster | front-left | Moderate | Front-Left Wheel: excessive positive caster A moderate excessive positive caster reading at the front-left wheel may contribute to heavier steering effort and possible steering kickback. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify specification source, ride height, control-arm position, strut mounts, and aftermarket suspension settings. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 15 | Caster | front-left | Severe | Front-Left Wheel: excessive positive caster A severe excessive positive caster reading at the front-left wheel may contribute to heavier steering effort and possible steering kickback. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify specification source, ride height, control-arm position, strut mounts, and aftermarket suspension settings. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 16 | Caster | front-left | Borderline | Front-Left Wheel: cross-caster imbalance A borderline cross-caster imbalance reading at the front-left wheel may contribute to pull toward the side with less positive caster on many conventional layouts. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect setback, subframe shift, bent arms, worn bushings, strut towers, and unequal ride height. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 17 | Caster | front-left | Moderate | Front-Left Wheel: cross-caster imbalance A moderate cross-caster imbalance reading at the front-left wheel may contribute to pull toward the side with less positive caster on many conventional layouts. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect setback, subframe shift, bent arms, worn bushings, strut towers, and unequal ride height. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 18 | Caster | front-left | Severe | Front-Left Wheel: cross-caster imbalance A severe cross-caster imbalance reading at the front-left wheel may contribute to pull toward the side with less positive caster on many conventional layouts. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect setback, subframe shift, bent arms, worn bushings, strut towers, and unequal ride height. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 19 | Toe | front-left | Borderline | Front-Left Wheel: excessive toe-out A borderline excessive toe-out reading at the front-left wheel may contribute to rapid feathered wear, nervous steering, and poor straight-line stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie rods, steering rack position, rear links, wheel bearing play, bent components, and correct steering-wheel centering. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 20 | Toe | front-left | Moderate | Front-Left Wheel: excessive toe-out A moderate excessive toe-out reading at the front-left wheel may contribute to rapid feathered wear, nervous steering, and poor straight-line stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie rods, steering rack position, rear links, wheel bearing play, bent components, and correct steering-wheel centering. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 21 | Toe | front-left | Severe | Front-Left Wheel: excessive toe-out A severe excessive toe-out reading at the front-left wheel may contribute to rapid feathered wear, nervous steering, and poor straight-line stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie rods, steering rack position, rear links, wheel bearing play, bent components, and correct steering-wheel centering. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 22 | Toe | front-left | Borderline | Front-Left Wheel: excessive toe-in A borderline excessive toe-in reading at the front-left wheel may contribute to rapid feathered wear, increased rolling resistance, and sluggish turn-in. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie-rod adjustment, rear toe links, compliance bushings, wheel bearing play, and suspension damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 23 | Toe | front-left | Moderate | Front-Left Wheel: excessive toe-in A moderate excessive toe-in reading at the front-left wheel may contribute to rapid feathered wear, increased rolling resistance, and sluggish turn-in. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie-rod adjustment, rear toe links, compliance bushings, wheel bearing play, and suspension damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 24 | Toe | front-left | Severe | Front-Left Wheel: excessive toe-in A severe excessive toe-in reading at the front-left wheel may contribute to rapid feathered wear, increased rolling resistance, and sluggish turn-in. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie-rod adjustment, rear toe links, compliance bushings, wheel bearing play, and suspension damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 25 | Toe | front-left | Borderline | Front-Left Wheel: unequal individual toe A borderline unequal individual toe reading at the front-left wheel may contribute to off-center steering wheel, thrust-line error, or asymmetric tire wear. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: center the steering gear, compare individual toe, inspect rear thrust angle, and verify steering-wheel clamp or column indexing. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 26 | Toe | front-left | Moderate | Front-Left Wheel: unequal individual toe A moderate unequal individual toe reading at the front-left wheel may contribute to off-center steering wheel, thrust-line error, or asymmetric tire wear. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: center the steering gear, compare individual toe, inspect rear thrust angle, and verify steering-wheel clamp or column indexing. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 27 | Toe | front-left | Severe | Front-Left Wheel: unequal individual toe A severe unequal individual toe reading at the front-left wheel may contribute to off-center steering wheel, thrust-line error, or asymmetric tire wear. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: center the steering gear, compare individual toe, inspect rear thrust angle, and verify steering-wheel clamp or column indexing. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 28 | Sai | front-left | Borderline | Front-Left Wheel: steering-axis inclination below comparison range A borderline steering-axis inclination below comparison range reading at the front-left wheel may contribute to possible geometry mismatch or damaged steering knuckle components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare included angle and camber, then inspect knuckle, strut, ball joint, control arm, and measurement setup. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 29 | Sai | front-left | Moderate | Front-Left Wheel: steering-axis inclination below comparison range A moderate steering-axis inclination below comparison range reading at the front-left wheel may contribute to possible geometry mismatch or damaged steering knuckle components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare included angle and camber, then inspect knuckle, strut, ball joint, control arm, and measurement setup. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 30 | Sai | front-left | Severe | Front-Left Wheel: steering-axis inclination below comparison range A severe steering-axis inclination below comparison range reading at the front-left wheel may contribute to possible geometry mismatch or damaged steering knuckle components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare included angle and camber, then inspect knuckle, strut, ball joint, control arm, and measurement setup. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 31 | Sai | front-left | Borderline | Front-Left Wheel: steering-axis inclination above comparison range A borderline steering-axis inclination above comparison range reading at the front-left wheel may contribute to possible bent or mismatched steering and suspension geometry. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare the opposite side, inspect replacement parts, verify wheel clamp installation, and confirm the specification source. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 32 | Sai | front-left | Moderate | Front-Left Wheel: steering-axis inclination above comparison range A moderate steering-axis inclination above comparison range reading at the front-left wheel may contribute to possible bent or mismatched steering and suspension geometry. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare the opposite side, inspect replacement parts, verify wheel clamp installation, and confirm the specification source. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 33 | Sai | front-left | Severe | Front-Left Wheel: steering-axis inclination above comparison range A severe steering-axis inclination above comparison range reading at the front-left wheel may contribute to possible bent or mismatched steering and suspension geometry. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare the opposite side, inspect replacement parts, verify wheel clamp installation, and confirm the specification source. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 34 | Sai | front-left | Borderline | Front-Left Wheel: side-to-side steering-axis inclination difference A borderline side-to-side steering-axis inclination difference reading at the front-left wheel may contribute to possible bent parts, shifted mounting points, or measurement inconsistency. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: recompensate sensors, compare included angles, and inspect knuckles, struts, ball joints, and mounting locations. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 35 | Sai | front-left | Moderate | Front-Left Wheel: side-to-side steering-axis inclination difference A moderate side-to-side steering-axis inclination difference reading at the front-left wheel may contribute to possible bent parts, shifted mounting points, or measurement inconsistency. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: recompensate sensors, compare included angles, and inspect knuckles, struts, ball joints, and mounting locations. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 36 | Sai | front-left | Severe | Front-Left Wheel: side-to-side steering-axis inclination difference A severe side-to-side steering-axis inclination difference reading at the front-left wheel may contribute to possible bent parts, shifted mounting points, or measurement inconsistency. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: recompensate sensors, compare included angles, and inspect knuckles, struts, ball joints, and mounting locations. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 37 | Ride Height | front-left | Borderline | Front-Left Wheel: ride height below target A borderline ride height below target reading at the front-left wheel may contribute to altered camber, caster, toe curves, reduced travel, and possible tire contact. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load condition, tire pressure, spring condition, suspension modifications, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 38 | Ride Height | front-left | Moderate | Front-Left Wheel: ride height below target A moderate ride height below target reading at the front-left wheel may contribute to altered camber, caster, toe curves, reduced travel, and possible tire contact. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load condition, tire pressure, spring condition, suspension modifications, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 39 | Ride Height | front-left | Severe | Front-Left Wheel: ride height below target A severe ride height below target reading at the front-left wheel may contribute to altered camber, caster, toe curves, reduced travel, and possible tire contact. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load condition, tire pressure, spring condition, suspension modifications, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 40 | Ride Height | front-left | Borderline | Front-Left Wheel: ride height above target A borderline ride height above target reading at the front-left wheel may contribute to altered alignment geometry and possible incorrect spring or spacer installation. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load state, spring part numbers, lift components, preload, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 41 | Ride Height | front-left | Moderate | Front-Left Wheel: ride height above target A moderate ride height above target reading at the front-left wheel may contribute to altered alignment geometry and possible incorrect spring or spacer installation. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load state, spring part numbers, lift components, preload, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 42 | Ride Height | front-left | Severe | Front-Left Wheel: ride height above target A severe ride height above target reading at the front-left wheel may contribute to altered alignment geometry and possible incorrect spring or spacer installation. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load state, spring part numbers, lift components, preload, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 43 | Ride Height | front-left | Borderline | Front-Left Wheel: side-to-side ride-height difference A borderline side-to-side ride-height difference reading at the front-left wheel may contribute to cross-camber or cross-caster changes and possible pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: check tire pressure, vehicle loading, spring sag, broken coils, torsion settings, air suspension values, and chassis damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 44 | Ride Height | front-left | Moderate | Front-Left Wheel: side-to-side ride-height difference A moderate side-to-side ride-height difference reading at the front-left wheel may contribute to cross-camber or cross-caster changes and possible pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: check tire pressure, vehicle loading, spring sag, broken coils, torsion settings, air suspension values, and chassis damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 45 | Ride Height | front-left | Severe | Front-Left Wheel: side-to-side ride-height difference A severe side-to-side ride-height difference reading at the front-left wheel may contribute to cross-camber or cross-caster changes and possible pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: check tire pressure, vehicle loading, spring sag, broken coils, torsion settings, air suspension values, and chassis damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 46 | Setback | front-left | Borderline | Front-Left Wheel: negative setback outside comparison range A borderline negative setback outside comparison range reading at the front-left wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 47 | Setback | front-left | Moderate | Front-Left Wheel: negative setback outside comparison range A moderate negative setback outside comparison range reading at the front-left wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 48 | Setback | front-left | Severe | Front-Left Wheel: negative setback outside comparison range A severe negative setback outside comparison range reading at the front-left wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 49 | Setback | front-left | Borderline | Front-Left Wheel: positive setback outside comparison range A borderline positive setback outside comparison range reading at the front-left wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 50 | Setback | front-left | Moderate | Front-Left Wheel: positive setback outside comparison range A moderate positive setback outside comparison range reading at the front-left wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 51 | Setback | front-left | Severe | Front-Left Wheel: positive setback outside comparison range A severe positive setback outside comparison range reading at the front-left wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 52 | Setback | front-left | Borderline | Front-Left Wheel: setback imbalance A borderline setback imbalance reading at the front-left wheel may contribute to axle geometry asymmetry and possible evidence of worn or damaged components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare wheelbase, caster, thrust angle, ride height, and body reference measurements before adjustment. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 53 | Setback | front-left | Moderate | Front-Left Wheel: setback imbalance A moderate setback imbalance reading at the front-left wheel may contribute to axle geometry asymmetry and possible evidence of worn or damaged components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare wheelbase, caster, thrust angle, ride height, and body reference measurements before adjustment. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 54 | Setback | front-left | Severe | Front-Left Wheel: setback imbalance A severe setback imbalance reading at the front-left wheel may contribute to axle geometry asymmetry and possible evidence of worn or damaged components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare wheelbase, caster, thrust angle, ride height, and body reference measurements before adjustment. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 55 | Camber | front-right | Borderline | Front-Right Wheel: excessive negative camber A borderline excessive negative camber reading at the front-right wheel may contribute to inner-edge tire wear, reduced straight-line tire contact, and possible pulling. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, control arms, bushings, strut or shock mounting points, wheel bearing play, and structural damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 56 | Camber | front-right | Moderate | Front-Right Wheel: excessive negative camber A moderate excessive negative camber reading at the front-right wheel may contribute to inner-edge tire wear, reduced straight-line tire contact, and possible pulling. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, control arms, bushings, strut or shock mounting points, wheel bearing play, and structural damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 57 | Camber | front-right | Severe | Front-Right Wheel: excessive negative camber A severe excessive negative camber reading at the front-right wheel may contribute to inner-edge tire wear, reduced straight-line tire contact, and possible pulling. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, control arms, bushings, strut or shock mounting points, wheel bearing play, and structural damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 58 | Camber | front-right | Borderline | Front-Right Wheel: excessive positive camber A borderline excessive positive camber reading at the front-right wheel may contribute to outer-edge tire wear, reduced cornering grip, and possible steering pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, bent knuckles, ball joints, control arms, spindle geometry, and previous collision repairs. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 59 | Camber | front-right | Moderate | Front-Right Wheel: excessive positive camber A moderate excessive positive camber reading at the front-right wheel may contribute to outer-edge tire wear, reduced cornering grip, and possible steering pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, bent knuckles, ball joints, control arms, spindle geometry, and previous collision repairs. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 60 | Camber | front-right | Severe | Front-Right Wheel: excessive positive camber A severe excessive positive camber reading at the front-right wheel may contribute to outer-edge tire wear, reduced cornering grip, and possible steering pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, bent knuckles, ball joints, control arms, spindle geometry, and previous collision repairs. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 61 | Camber | front-right | Borderline | Front-Right Wheel: left-to-right camber imbalance A borderline left-to-right camber imbalance reading at the front-right wheel may contribute to vehicle drift or pull and uneven tire wear across the axle. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare ride heights, spring condition, subframe position, control-arm bushings, and body or suspension reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 62 | Camber | front-right | Moderate | Front-Right Wheel: left-to-right camber imbalance A moderate left-to-right camber imbalance reading at the front-right wheel may contribute to vehicle drift or pull and uneven tire wear across the axle. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare ride heights, spring condition, subframe position, control-arm bushings, and body or suspension reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 63 | Camber | front-right | Severe | Front-Right Wheel: left-to-right camber imbalance A severe left-to-right camber imbalance reading at the front-right wheel may contribute to vehicle drift or pull and uneven tire wear across the axle. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare ride heights, spring condition, subframe position, control-arm bushings, and body or suspension reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 64 | Caster | front-right | Borderline | Front-Right Wheel: insufficient positive caster A borderline insufficient positive caster reading at the front-right wheel may contribute to light steering feel, weak return-to-center, and reduced high-speed stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect suspension geometry, strut rods, control arms, subframe alignment, ride height, and adjustable caster hardware. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 65 | Caster | front-right | Moderate | Front-Right Wheel: insufficient positive caster A moderate insufficient positive caster reading at the front-right wheel may contribute to light steering feel, weak return-to-center, and reduced high-speed stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect suspension geometry, strut rods, control arms, subframe alignment, ride height, and adjustable caster hardware. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 66 | Caster | front-right | Severe | Front-Right Wheel: insufficient positive caster A severe insufficient positive caster reading at the front-right wheel may contribute to light steering feel, weak return-to-center, and reduced high-speed stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect suspension geometry, strut rods, control arms, subframe alignment, ride height, and adjustable caster hardware. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 67 | Caster | front-right | Borderline | Front-Right Wheel: excessive positive caster A borderline excessive positive caster reading at the front-right wheel may contribute to heavier steering effort and possible steering kickback. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify specification source, ride height, control-arm position, strut mounts, and aftermarket suspension settings. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 68 | Caster | front-right | Moderate | Front-Right Wheel: excessive positive caster A moderate excessive positive caster reading at the front-right wheel may contribute to heavier steering effort and possible steering kickback. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify specification source, ride height, control-arm position, strut mounts, and aftermarket suspension settings. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 69 | Caster | front-right | Severe | Front-Right Wheel: excessive positive caster A severe excessive positive caster reading at the front-right wheel may contribute to heavier steering effort and possible steering kickback. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify specification source, ride height, control-arm position, strut mounts, and aftermarket suspension settings. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 70 | Caster | front-right | Borderline | Front-Right Wheel: cross-caster imbalance A borderline cross-caster imbalance reading at the front-right wheel may contribute to pull toward the side with less positive caster on many conventional layouts. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect setback, subframe shift, bent arms, worn bushings, strut towers, and unequal ride height. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 71 | Caster | front-right | Moderate | Front-Right Wheel: cross-caster imbalance A moderate cross-caster imbalance reading at the front-right wheel may contribute to pull toward the side with less positive caster on many conventional layouts. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect setback, subframe shift, bent arms, worn bushings, strut towers, and unequal ride height. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 72 | Caster | front-right | Severe | Front-Right Wheel: cross-caster imbalance A severe cross-caster imbalance reading at the front-right wheel may contribute to pull toward the side with less positive caster on many conventional layouts. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect setback, subframe shift, bent arms, worn bushings, strut towers, and unequal ride height. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 73 | Toe | front-right | Borderline | Front-Right Wheel: excessive toe-out A borderline excessive toe-out reading at the front-right wheel may contribute to rapid feathered wear, nervous steering, and poor straight-line stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie rods, steering rack position, rear links, wheel bearing play, bent components, and correct steering-wheel centering. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 74 | Toe | front-right | Moderate | Front-Right Wheel: excessive toe-out A moderate excessive toe-out reading at the front-right wheel may contribute to rapid feathered wear, nervous steering, and poor straight-line stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie rods, steering rack position, rear links, wheel bearing play, bent components, and correct steering-wheel centering. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 75 | Toe | front-right | Severe | Front-Right Wheel: excessive toe-out A severe excessive toe-out reading at the front-right wheel may contribute to rapid feathered wear, nervous steering, and poor straight-line stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie rods, steering rack position, rear links, wheel bearing play, bent components, and correct steering-wheel centering. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 76 | Toe | front-right | Borderline | Front-Right Wheel: excessive toe-in A borderline excessive toe-in reading at the front-right wheel may contribute to rapid feathered wear, increased rolling resistance, and sluggish turn-in. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie-rod adjustment, rear toe links, compliance bushings, wheel bearing play, and suspension damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 77 | Toe | front-right | Moderate | Front-Right Wheel: excessive toe-in A moderate excessive toe-in reading at the front-right wheel may contribute to rapid feathered wear, increased rolling resistance, and sluggish turn-in. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie-rod adjustment, rear toe links, compliance bushings, wheel bearing play, and suspension damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 78 | Toe | front-right | Severe | Front-Right Wheel: excessive toe-in A severe excessive toe-in reading at the front-right wheel may contribute to rapid feathered wear, increased rolling resistance, and sluggish turn-in. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie-rod adjustment, rear toe links, compliance bushings, wheel bearing play, and suspension damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 79 | Toe | front-right | Borderline | Front-Right Wheel: unequal individual toe A borderline unequal individual toe reading at the front-right wheel may contribute to off-center steering wheel, thrust-line error, or asymmetric tire wear. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: center the steering gear, compare individual toe, inspect rear thrust angle, and verify steering-wheel clamp or column indexing. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 80 | Toe | front-right | Moderate | Front-Right Wheel: unequal individual toe A moderate unequal individual toe reading at the front-right wheel may contribute to off-center steering wheel, thrust-line error, or asymmetric tire wear. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: center the steering gear, compare individual toe, inspect rear thrust angle, and verify steering-wheel clamp or column indexing. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 81 | Toe | front-right | Severe | Front-Right Wheel: unequal individual toe A severe unequal individual toe reading at the front-right wheel may contribute to off-center steering wheel, thrust-line error, or asymmetric tire wear. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: center the steering gear, compare individual toe, inspect rear thrust angle, and verify steering-wheel clamp or column indexing. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 82 | Sai | front-right | Borderline | Front-Right Wheel: steering-axis inclination below comparison range A borderline steering-axis inclination below comparison range reading at the front-right wheel may contribute to possible geometry mismatch or damaged steering knuckle components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare included angle and camber, then inspect knuckle, strut, ball joint, control arm, and measurement setup. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 83 | Sai | front-right | Moderate | Front-Right Wheel: steering-axis inclination below comparison range A moderate steering-axis inclination below comparison range reading at the front-right wheel may contribute to possible geometry mismatch or damaged steering knuckle components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare included angle and camber, then inspect knuckle, strut, ball joint, control arm, and measurement setup. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 84 | Sai | front-right | Severe | Front-Right Wheel: steering-axis inclination below comparison range A severe steering-axis inclination below comparison range reading at the front-right wheel may contribute to possible geometry mismatch or damaged steering knuckle components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare included angle and camber, then inspect knuckle, strut, ball joint, control arm, and measurement setup. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 85 | Sai | front-right | Borderline | Front-Right Wheel: steering-axis inclination above comparison range A borderline steering-axis inclination above comparison range reading at the front-right wheel may contribute to possible bent or mismatched steering and suspension geometry. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare the opposite side, inspect replacement parts, verify wheel clamp installation, and confirm the specification source. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 86 | Sai | front-right | Moderate | Front-Right Wheel: steering-axis inclination above comparison range A moderate steering-axis inclination above comparison range reading at the front-right wheel may contribute to possible bent or mismatched steering and suspension geometry. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare the opposite side, inspect replacement parts, verify wheel clamp installation, and confirm the specification source. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 87 | Sai | front-right | Severe | Front-Right Wheel: steering-axis inclination above comparison range A severe steering-axis inclination above comparison range reading at the front-right wheel may contribute to possible bent or mismatched steering and suspension geometry. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare the opposite side, inspect replacement parts, verify wheel clamp installation, and confirm the specification source. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 88 | Sai | front-right | Borderline | Front-Right Wheel: side-to-side steering-axis inclination difference A borderline side-to-side steering-axis inclination difference reading at the front-right wheel may contribute to possible bent parts, shifted mounting points, or measurement inconsistency. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: recompensate sensors, compare included angles, and inspect knuckles, struts, ball joints, and mounting locations. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 89 | Sai | front-right | Moderate | Front-Right Wheel: side-to-side steering-axis inclination difference A moderate side-to-side steering-axis inclination difference reading at the front-right wheel may contribute to possible bent parts, shifted mounting points, or measurement inconsistency. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: recompensate sensors, compare included angles, and inspect knuckles, struts, ball joints, and mounting locations. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 90 | Sai | front-right | Severe | Front-Right Wheel: side-to-side steering-axis inclination difference A severe side-to-side steering-axis inclination difference reading at the front-right wheel may contribute to possible bent parts, shifted mounting points, or measurement inconsistency. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: recompensate sensors, compare included angles, and inspect knuckles, struts, ball joints, and mounting locations. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 91 | Ride Height | front-right | Borderline | Front-Right Wheel: ride height below target A borderline ride height below target reading at the front-right wheel may contribute to altered camber, caster, toe curves, reduced travel, and possible tire contact. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load condition, tire pressure, spring condition, suspension modifications, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 92 | Ride Height | front-right | Moderate | Front-Right Wheel: ride height below target A moderate ride height below target reading at the front-right wheel may contribute to altered camber, caster, toe curves, reduced travel, and possible tire contact. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load condition, tire pressure, spring condition, suspension modifications, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 93 | Ride Height | front-right | Severe | Front-Right Wheel: ride height below target A severe ride height below target reading at the front-right wheel may contribute to altered camber, caster, toe curves, reduced travel, and possible tire contact. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load condition, tire pressure, spring condition, suspension modifications, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 94 | Ride Height | front-right | Borderline | Front-Right Wheel: ride height above target A borderline ride height above target reading at the front-right wheel may contribute to altered alignment geometry and possible incorrect spring or spacer installation. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load state, spring part numbers, lift components, preload, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 95 | Ride Height | front-right | Moderate | Front-Right Wheel: ride height above target A moderate ride height above target reading at the front-right wheel may contribute to altered alignment geometry and possible incorrect spring or spacer installation. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load state, spring part numbers, lift components, preload, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 96 | Ride Height | front-right | Severe | Front-Right Wheel: ride height above target A severe ride height above target reading at the front-right wheel may contribute to altered alignment geometry and possible incorrect spring or spacer installation. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load state, spring part numbers, lift components, preload, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 97 | Ride Height | front-right | Borderline | Front-Right Wheel: side-to-side ride-height difference A borderline side-to-side ride-height difference reading at the front-right wheel may contribute to cross-camber or cross-caster changes and possible pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: check tire pressure, vehicle loading, spring sag, broken coils, torsion settings, air suspension values, and chassis damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 98 | Ride Height | front-right | Moderate | Front-Right Wheel: side-to-side ride-height difference A moderate side-to-side ride-height difference reading at the front-right wheel may contribute to cross-camber or cross-caster changes and possible pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: check tire pressure, vehicle loading, spring sag, broken coils, torsion settings, air suspension values, and chassis damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 99 | Ride Height | front-right | Severe | Front-Right Wheel: side-to-side ride-height difference A severe side-to-side ride-height difference reading at the front-right wheel may contribute to cross-camber or cross-caster changes and possible pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: check tire pressure, vehicle loading, spring sag, broken coils, torsion settings, air suspension values, and chassis damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 100 | Setback | front-right | Borderline | Front-Right Wheel: negative setback outside comparison range A borderline negative setback outside comparison range reading at the front-right wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 101 | Setback | front-right | Moderate | Front-Right Wheel: negative setback outside comparison range A moderate negative setback outside comparison range reading at the front-right wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 102 | Setback | front-right | Severe | Front-Right Wheel: negative setback outside comparison range A severe negative setback outside comparison range reading at the front-right wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 103 | Setback | front-right | Borderline | Front-Right Wheel: positive setback outside comparison range A borderline positive setback outside comparison range reading at the front-right wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 104 | Setback | front-right | Moderate | Front-Right Wheel: positive setback outside comparison range A moderate positive setback outside comparison range reading at the front-right wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 105 | Setback | front-right | Severe | Front-Right Wheel: positive setback outside comparison range A severe positive setback outside comparison range reading at the front-right wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 106 | Setback | front-right | Borderline | Front-Right Wheel: setback imbalance A borderline setback imbalance reading at the front-right wheel may contribute to axle geometry asymmetry and possible evidence of worn or damaged components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare wheelbase, caster, thrust angle, ride height, and body reference measurements before adjustment. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 107 | Setback | front-right | Moderate | Front-Right Wheel: setback imbalance A moderate setback imbalance reading at the front-right wheel may contribute to axle geometry asymmetry and possible evidence of worn or damaged components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare wheelbase, caster, thrust angle, ride height, and body reference measurements before adjustment. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 108 | Setback | front-right | Severe | Front-Right Wheel: setback imbalance A severe setback imbalance reading at the front-right wheel may contribute to axle geometry asymmetry and possible evidence of worn or damaged components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare wheelbase, caster, thrust angle, ride height, and body reference measurements before adjustment. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 109 | Camber | rear-left | Borderline | Rear-Left Wheel: excessive negative camber A borderline excessive negative camber reading at the rear-left wheel may contribute to inner-edge tire wear, reduced straight-line tire contact, and possible pulling. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, control arms, bushings, strut or shock mounting points, wheel bearing play, and structural damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 110 | Camber | rear-left | Moderate | Rear-Left Wheel: excessive negative camber A moderate excessive negative camber reading at the rear-left wheel may contribute to inner-edge tire wear, reduced straight-line tire contact, and possible pulling. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, control arms, bushings, strut or shock mounting points, wheel bearing play, and structural damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 111 | Camber | rear-left | Severe | Rear-Left Wheel: excessive negative camber A severe excessive negative camber reading at the rear-left wheel may contribute to inner-edge tire wear, reduced straight-line tire contact, and possible pulling. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, control arms, bushings, strut or shock mounting points, wheel bearing play, and structural damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 112 | Camber | rear-left | Borderline | Rear-Left Wheel: excessive positive camber A borderline excessive positive camber reading at the rear-left wheel may contribute to outer-edge tire wear, reduced cornering grip, and possible steering pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, bent knuckles, ball joints, control arms, spindle geometry, and previous collision repairs. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 113 | Camber | rear-left | Moderate | Rear-Left Wheel: excessive positive camber A moderate excessive positive camber reading at the rear-left wheel may contribute to outer-edge tire wear, reduced cornering grip, and possible steering pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, bent knuckles, ball joints, control arms, spindle geometry, and previous collision repairs. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 114 | Camber | rear-left | Severe | Rear-Left Wheel: excessive positive camber A severe excessive positive camber reading at the rear-left wheel may contribute to outer-edge tire wear, reduced cornering grip, and possible steering pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, bent knuckles, ball joints, control arms, spindle geometry, and previous collision repairs. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 115 | Camber | rear-left | Borderline | Rear-Left Wheel: left-to-right camber imbalance A borderline left-to-right camber imbalance reading at the rear-left wheel may contribute to vehicle drift or pull and uneven tire wear across the axle. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare ride heights, spring condition, subframe position, control-arm bushings, and body or suspension reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 116 | Camber | rear-left | Moderate | Rear-Left Wheel: left-to-right camber imbalance A moderate left-to-right camber imbalance reading at the rear-left wheel may contribute to vehicle drift or pull and uneven tire wear across the axle. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare ride heights, spring condition, subframe position, control-arm bushings, and body or suspension reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 117 | Camber | rear-left | Severe | Rear-Left Wheel: left-to-right camber imbalance A severe left-to-right camber imbalance reading at the rear-left wheel may contribute to vehicle drift or pull and uneven tire wear across the axle. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare ride heights, spring condition, subframe position, control-arm bushings, and body or suspension reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 118 | Caster | rear-left | Borderline | Rear-Left Wheel: insufficient positive caster A borderline insufficient positive caster reading at the rear-left wheel may contribute to light steering feel, weak return-to-center, and reduced high-speed stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect suspension geometry, strut rods, control arms, subframe alignment, ride height, and adjustable caster hardware. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 119 | Caster | rear-left | Moderate | Rear-Left Wheel: insufficient positive caster A moderate insufficient positive caster reading at the rear-left wheel may contribute to light steering feel, weak return-to-center, and reduced high-speed stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect suspension geometry, strut rods, control arms, subframe alignment, ride height, and adjustable caster hardware. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 120 | Caster | rear-left | Severe | Rear-Left Wheel: insufficient positive caster A severe insufficient positive caster reading at the rear-left wheel may contribute to light steering feel, weak return-to-center, and reduced high-speed stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect suspension geometry, strut rods, control arms, subframe alignment, ride height, and adjustable caster hardware. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 121 | Caster | rear-left | Borderline | Rear-Left Wheel: excessive positive caster A borderline excessive positive caster reading at the rear-left wheel may contribute to heavier steering effort and possible steering kickback. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify specification source, ride height, control-arm position, strut mounts, and aftermarket suspension settings. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 122 | Caster | rear-left | Moderate | Rear-Left Wheel: excessive positive caster A moderate excessive positive caster reading at the rear-left wheel may contribute to heavier steering effort and possible steering kickback. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify specification source, ride height, control-arm position, strut mounts, and aftermarket suspension settings. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 123 | Caster | rear-left | Severe | Rear-Left Wheel: excessive positive caster A severe excessive positive caster reading at the rear-left wheel may contribute to heavier steering effort and possible steering kickback. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify specification source, ride height, control-arm position, strut mounts, and aftermarket suspension settings. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 124 | Caster | rear-left | Borderline | Rear-Left Wheel: cross-caster imbalance A borderline cross-caster imbalance reading at the rear-left wheel may contribute to pull toward the side with less positive caster on many conventional layouts. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect setback, subframe shift, bent arms, worn bushings, strut towers, and unequal ride height. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 125 | Caster | rear-left | Moderate | Rear-Left Wheel: cross-caster imbalance A moderate cross-caster imbalance reading at the rear-left wheel may contribute to pull toward the side with less positive caster on many conventional layouts. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect setback, subframe shift, bent arms, worn bushings, strut towers, and unequal ride height. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 126 | Caster | rear-left | Severe | Rear-Left Wheel: cross-caster imbalance A severe cross-caster imbalance reading at the rear-left wheel may contribute to pull toward the side with less positive caster on many conventional layouts. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect setback, subframe shift, bent arms, worn bushings, strut towers, and unequal ride height. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 127 | Toe | rear-left | Borderline | Rear-Left Wheel: excessive toe-out A borderline excessive toe-out reading at the rear-left wheel may contribute to rapid feathered wear, nervous steering, and poor straight-line stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie rods, steering rack position, rear links, wheel bearing play, bent components, and correct steering-wheel centering. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 128 | Toe | rear-left | Moderate | Rear-Left Wheel: excessive toe-out A moderate excessive toe-out reading at the rear-left wheel may contribute to rapid feathered wear, nervous steering, and poor straight-line stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie rods, steering rack position, rear links, wheel bearing play, bent components, and correct steering-wheel centering. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 129 | Toe | rear-left | Severe | Rear-Left Wheel: excessive toe-out A severe excessive toe-out reading at the rear-left wheel may contribute to rapid feathered wear, nervous steering, and poor straight-line stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie rods, steering rack position, rear links, wheel bearing play, bent components, and correct steering-wheel centering. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 130 | Toe | rear-left | Borderline | Rear-Left Wheel: excessive toe-in A borderline excessive toe-in reading at the rear-left wheel may contribute to rapid feathered wear, increased rolling resistance, and sluggish turn-in. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie-rod adjustment, rear toe links, compliance bushings, wheel bearing play, and suspension damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 131 | Toe | rear-left | Moderate | Rear-Left Wheel: excessive toe-in A moderate excessive toe-in reading at the rear-left wheel may contribute to rapid feathered wear, increased rolling resistance, and sluggish turn-in. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie-rod adjustment, rear toe links, compliance bushings, wheel bearing play, and suspension damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 132 | Toe | rear-left | Severe | Rear-Left Wheel: excessive toe-in A severe excessive toe-in reading at the rear-left wheel may contribute to rapid feathered wear, increased rolling resistance, and sluggish turn-in. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie-rod adjustment, rear toe links, compliance bushings, wheel bearing play, and suspension damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 133 | Toe | rear-left | Borderline | Rear-Left Wheel: unequal individual toe A borderline unequal individual toe reading at the rear-left wheel may contribute to off-center steering wheel, thrust-line error, or asymmetric tire wear. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: center the steering gear, compare individual toe, inspect rear thrust angle, and verify steering-wheel clamp or column indexing. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 134 | Toe | rear-left | Moderate | Rear-Left Wheel: unequal individual toe A moderate unequal individual toe reading at the rear-left wheel may contribute to off-center steering wheel, thrust-line error, or asymmetric tire wear. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: center the steering gear, compare individual toe, inspect rear thrust angle, and verify steering-wheel clamp or column indexing. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 135 | Toe | rear-left | Severe | Rear-Left Wheel: unequal individual toe A severe unequal individual toe reading at the rear-left wheel may contribute to off-center steering wheel, thrust-line error, or asymmetric tire wear. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: center the steering gear, compare individual toe, inspect rear thrust angle, and verify steering-wheel clamp or column indexing. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 136 | Sai | rear-left | Borderline | Rear-Left Wheel: steering-axis inclination below comparison range A borderline steering-axis inclination below comparison range reading at the rear-left wheel may contribute to possible geometry mismatch or damaged steering knuckle components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare included angle and camber, then inspect knuckle, strut, ball joint, control arm, and measurement setup. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 137 | Sai | rear-left | Moderate | Rear-Left Wheel: steering-axis inclination below comparison range A moderate steering-axis inclination below comparison range reading at the rear-left wheel may contribute to possible geometry mismatch or damaged steering knuckle components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare included angle and camber, then inspect knuckle, strut, ball joint, control arm, and measurement setup. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 138 | Sai | rear-left | Severe | Rear-Left Wheel: steering-axis inclination below comparison range A severe steering-axis inclination below comparison range reading at the rear-left wheel may contribute to possible geometry mismatch or damaged steering knuckle components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare included angle and camber, then inspect knuckle, strut, ball joint, control arm, and measurement setup. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 139 | Sai | rear-left | Borderline | Rear-Left Wheel: steering-axis inclination above comparison range A borderline steering-axis inclination above comparison range reading at the rear-left wheel may contribute to possible bent or mismatched steering and suspension geometry. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare the opposite side, inspect replacement parts, verify wheel clamp installation, and confirm the specification source. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 140 | Sai | rear-left | Moderate | Rear-Left Wheel: steering-axis inclination above comparison range A moderate steering-axis inclination above comparison range reading at the rear-left wheel may contribute to possible bent or mismatched steering and suspension geometry. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare the opposite side, inspect replacement parts, verify wheel clamp installation, and confirm the specification source. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 141 | Sai | rear-left | Severe | Rear-Left Wheel: steering-axis inclination above comparison range A severe steering-axis inclination above comparison range reading at the rear-left wheel may contribute to possible bent or mismatched steering and suspension geometry. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare the opposite side, inspect replacement parts, verify wheel clamp installation, and confirm the specification source. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 142 | Sai | rear-left | Borderline | Rear-Left Wheel: side-to-side steering-axis inclination difference A borderline side-to-side steering-axis inclination difference reading at the rear-left wheel may contribute to possible bent parts, shifted mounting points, or measurement inconsistency. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: recompensate sensors, compare included angles, and inspect knuckles, struts, ball joints, and mounting locations. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 143 | Sai | rear-left | Moderate | Rear-Left Wheel: side-to-side steering-axis inclination difference A moderate side-to-side steering-axis inclination difference reading at the rear-left wheel may contribute to possible bent parts, shifted mounting points, or measurement inconsistency. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: recompensate sensors, compare included angles, and inspect knuckles, struts, ball joints, and mounting locations. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 144 | Sai | rear-left | Severe | Rear-Left Wheel: side-to-side steering-axis inclination difference A severe side-to-side steering-axis inclination difference reading at the rear-left wheel may contribute to possible bent parts, shifted mounting points, or measurement inconsistency. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: recompensate sensors, compare included angles, and inspect knuckles, struts, ball joints, and mounting locations. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 145 | Ride Height | rear-left | Borderline | Rear-Left Wheel: ride height below target A borderline ride height below target reading at the rear-left wheel may contribute to altered camber, caster, toe curves, reduced travel, and possible tire contact. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load condition, tire pressure, spring condition, suspension modifications, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 146 | Ride Height | rear-left | Moderate | Rear-Left Wheel: ride height below target A moderate ride height below target reading at the rear-left wheel may contribute to altered camber, caster, toe curves, reduced travel, and possible tire contact. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load condition, tire pressure, spring condition, suspension modifications, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 147 | Ride Height | rear-left | Severe | Rear-Left Wheel: ride height below target A severe ride height below target reading at the rear-left wheel may contribute to altered camber, caster, toe curves, reduced travel, and possible tire contact. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load condition, tire pressure, spring condition, suspension modifications, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 148 | Ride Height | rear-left | Borderline | Rear-Left Wheel: ride height above target A borderline ride height above target reading at the rear-left wheel may contribute to altered alignment geometry and possible incorrect spring or spacer installation. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load state, spring part numbers, lift components, preload, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 149 | Ride Height | rear-left | Moderate | Rear-Left Wheel: ride height above target A moderate ride height above target reading at the rear-left wheel may contribute to altered alignment geometry and possible incorrect spring or spacer installation. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load state, spring part numbers, lift components, preload, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 150 | Ride Height | rear-left | Severe | Rear-Left Wheel: ride height above target A severe ride height above target reading at the rear-left wheel may contribute to altered alignment geometry and possible incorrect spring or spacer installation. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load state, spring part numbers, lift components, preload, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 151 | Ride Height | rear-left | Borderline | Rear-Left Wheel: side-to-side ride-height difference A borderline side-to-side ride-height difference reading at the rear-left wheel may contribute to cross-camber or cross-caster changes and possible pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: check tire pressure, vehicle loading, spring sag, broken coils, torsion settings, air suspension values, and chassis damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 152 | Ride Height | rear-left | Moderate | Rear-Left Wheel: side-to-side ride-height difference A moderate side-to-side ride-height difference reading at the rear-left wheel may contribute to cross-camber or cross-caster changes and possible pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: check tire pressure, vehicle loading, spring sag, broken coils, torsion settings, air suspension values, and chassis damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 153 | Ride Height | rear-left | Severe | Rear-Left Wheel: side-to-side ride-height difference A severe side-to-side ride-height difference reading at the rear-left wheel may contribute to cross-camber or cross-caster changes and possible pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: check tire pressure, vehicle loading, spring sag, broken coils, torsion settings, air suspension values, and chassis damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 154 | Setback | rear-left | Borderline | Rear-Left Wheel: negative setback outside comparison range A borderline negative setback outside comparison range reading at the rear-left wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 155 | Setback | rear-left | Moderate | Rear-Left Wheel: negative setback outside comparison range A moderate negative setback outside comparison range reading at the rear-left wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 156 | Setback | rear-left | Severe | Rear-Left Wheel: negative setback outside comparison range A severe negative setback outside comparison range reading at the rear-left wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 157 | Setback | rear-left | Borderline | Rear-Left Wheel: positive setback outside comparison range A borderline positive setback outside comparison range reading at the rear-left wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 158 | Setback | rear-left | Moderate | Rear-Left Wheel: positive setback outside comparison range A moderate positive setback outside comparison range reading at the rear-left wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 159 | Setback | rear-left | Severe | Rear-Left Wheel: positive setback outside comparison range A severe positive setback outside comparison range reading at the rear-left wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 160 | Setback | rear-left | Borderline | Rear-Left Wheel: setback imbalance A borderline setback imbalance reading at the rear-left wheel may contribute to axle geometry asymmetry and possible evidence of worn or damaged components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare wheelbase, caster, thrust angle, ride height, and body reference measurements before adjustment. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 161 | Setback | rear-left | Moderate | Rear-Left Wheel: setback imbalance A moderate setback imbalance reading at the rear-left wheel may contribute to axle geometry asymmetry and possible evidence of worn or damaged components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare wheelbase, caster, thrust angle, ride height, and body reference measurements before adjustment. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 162 | Setback | rear-left | Severe | Rear-Left Wheel: setback imbalance A severe setback imbalance reading at the rear-left wheel may contribute to axle geometry asymmetry and possible evidence of worn or damaged components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare wheelbase, caster, thrust angle, ride height, and body reference measurements before adjustment. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 163 | Camber | rear-right | Borderline | Rear-Right Wheel: excessive negative camber A borderline excessive negative camber reading at the rear-right wheel may contribute to inner-edge tire wear, reduced straight-line tire contact, and possible pulling. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, control arms, bushings, strut or shock mounting points, wheel bearing play, and structural damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 164 | Camber | rear-right | Moderate | Rear-Right Wheel: excessive negative camber A moderate excessive negative camber reading at the rear-right wheel may contribute to inner-edge tire wear, reduced straight-line tire contact, and possible pulling. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, control arms, bushings, strut or shock mounting points, wheel bearing play, and structural damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 165 | Camber | rear-right | Severe | Rear-Right Wheel: excessive negative camber A severe excessive negative camber reading at the rear-right wheel may contribute to inner-edge tire wear, reduced straight-line tire contact, and possible pulling. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, control arms, bushings, strut or shock mounting points, wheel bearing play, and structural damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 166 | Camber | rear-right | Borderline | Rear-Right Wheel: excessive positive camber A borderline excessive positive camber reading at the rear-right wheel may contribute to outer-edge tire wear, reduced cornering grip, and possible steering pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, bent knuckles, ball joints, control arms, spindle geometry, and previous collision repairs. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 167 | Camber | rear-right | Moderate | Rear-Right Wheel: excessive positive camber A moderate excessive positive camber reading at the rear-right wheel may contribute to outer-edge tire wear, reduced cornering grip, and possible steering pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, bent knuckles, ball joints, control arms, spindle geometry, and previous collision repairs. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 168 | Camber | rear-right | Severe | Rear-Right Wheel: excessive positive camber A severe excessive positive camber reading at the rear-right wheel may contribute to outer-edge tire wear, reduced cornering grip, and possible steering pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect ride height, bent knuckles, ball joints, control arms, spindle geometry, and previous collision repairs. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 169 | Camber | rear-right | Borderline | Rear-Right Wheel: left-to-right camber imbalance A borderline left-to-right camber imbalance reading at the rear-right wheel may contribute to vehicle drift or pull and uneven tire wear across the axle. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare ride heights, spring condition, subframe position, control-arm bushings, and body or suspension reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 170 | Camber | rear-right | Moderate | Rear-Right Wheel: left-to-right camber imbalance A moderate left-to-right camber imbalance reading at the rear-right wheel may contribute to vehicle drift or pull and uneven tire wear across the axle. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare ride heights, spring condition, subframe position, control-arm bushings, and body or suspension reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 171 | Camber | rear-right | Severe | Rear-Right Wheel: left-to-right camber imbalance A severe left-to-right camber imbalance reading at the rear-right wheel may contribute to vehicle drift or pull and uneven tire wear across the axle. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare ride heights, spring condition, subframe position, control-arm bushings, and body or suspension reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 172 | Caster | rear-right | Borderline | Rear-Right Wheel: insufficient positive caster A borderline insufficient positive caster reading at the rear-right wheel may contribute to light steering feel, weak return-to-center, and reduced high-speed stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect suspension geometry, strut rods, control arms, subframe alignment, ride height, and adjustable caster hardware. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 173 | Caster | rear-right | Moderate | Rear-Right Wheel: insufficient positive caster A moderate insufficient positive caster reading at the rear-right wheel may contribute to light steering feel, weak return-to-center, and reduced high-speed stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect suspension geometry, strut rods, control arms, subframe alignment, ride height, and adjustable caster hardware. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 174 | Caster | rear-right | Severe | Rear-Right Wheel: insufficient positive caster A severe insufficient positive caster reading at the rear-right wheel may contribute to light steering feel, weak return-to-center, and reduced high-speed stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect suspension geometry, strut rods, control arms, subframe alignment, ride height, and adjustable caster hardware. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 175 | Caster | rear-right | Borderline | Rear-Right Wheel: excessive positive caster A borderline excessive positive caster reading at the rear-right wheel may contribute to heavier steering effort and possible steering kickback. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify specification source, ride height, control-arm position, strut mounts, and aftermarket suspension settings. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 176 | Caster | rear-right | Moderate | Rear-Right Wheel: excessive positive caster A moderate excessive positive caster reading at the rear-right wheel may contribute to heavier steering effort and possible steering kickback. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify specification source, ride height, control-arm position, strut mounts, and aftermarket suspension settings. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 177 | Caster | rear-right | Severe | Rear-Right Wheel: excessive positive caster A severe excessive positive caster reading at the rear-right wheel may contribute to heavier steering effort and possible steering kickback. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify specification source, ride height, control-arm position, strut mounts, and aftermarket suspension settings. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 178 | Caster | rear-right | Borderline | Rear-Right Wheel: cross-caster imbalance A borderline cross-caster imbalance reading at the rear-right wheel may contribute to pull toward the side with less positive caster on many conventional layouts. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect setback, subframe shift, bent arms, worn bushings, strut towers, and unequal ride height. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 179 | Caster | rear-right | Moderate | Rear-Right Wheel: cross-caster imbalance A moderate cross-caster imbalance reading at the rear-right wheel may contribute to pull toward the side with less positive caster on many conventional layouts. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect setback, subframe shift, bent arms, worn bushings, strut towers, and unequal ride height. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 180 | Caster | rear-right | Severe | Rear-Right Wheel: cross-caster imbalance A severe cross-caster imbalance reading at the rear-right wheel may contribute to pull toward the side with less positive caster on many conventional layouts. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect setback, subframe shift, bent arms, worn bushings, strut towers, and unequal ride height. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 181 | Toe | rear-right | Borderline | Rear-Right Wheel: excessive toe-out A borderline excessive toe-out reading at the rear-right wheel may contribute to rapid feathered wear, nervous steering, and poor straight-line stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie rods, steering rack position, rear links, wheel bearing play, bent components, and correct steering-wheel centering. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 182 | Toe | rear-right | Moderate | Rear-Right Wheel: excessive toe-out A moderate excessive toe-out reading at the rear-right wheel may contribute to rapid feathered wear, nervous steering, and poor straight-line stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie rods, steering rack position, rear links, wheel bearing play, bent components, and correct steering-wheel centering. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 183 | Toe | rear-right | Severe | Rear-Right Wheel: excessive toe-out A severe excessive toe-out reading at the rear-right wheel may contribute to rapid feathered wear, nervous steering, and poor straight-line stability. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie rods, steering rack position, rear links, wheel bearing play, bent components, and correct steering-wheel centering. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 184 | Toe | rear-right | Borderline | Rear-Right Wheel: excessive toe-in A borderline excessive toe-in reading at the rear-right wheel may contribute to rapid feathered wear, increased rolling resistance, and sluggish turn-in. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie-rod adjustment, rear toe links, compliance bushings, wheel bearing play, and suspension damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 185 | Toe | rear-right | Moderate | Rear-Right Wheel: excessive toe-in A moderate excessive toe-in reading at the rear-right wheel may contribute to rapid feathered wear, increased rolling resistance, and sluggish turn-in. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie-rod adjustment, rear toe links, compliance bushings, wheel bearing play, and suspension damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 186 | Toe | rear-right | Severe | Rear-Right Wheel: excessive toe-in A severe excessive toe-in reading at the rear-right wheel may contribute to rapid feathered wear, increased rolling resistance, and sluggish turn-in. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: inspect tie-rod adjustment, rear toe links, compliance bushings, wheel bearing play, and suspension damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 187 | Toe | rear-right | Borderline | Rear-Right Wheel: unequal individual toe A borderline unequal individual toe reading at the rear-right wheel may contribute to off-center steering wheel, thrust-line error, or asymmetric tire wear. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: center the steering gear, compare individual toe, inspect rear thrust angle, and verify steering-wheel clamp or column indexing. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 188 | Toe | rear-right | Moderate | Rear-Right Wheel: unequal individual toe A moderate unequal individual toe reading at the rear-right wheel may contribute to off-center steering wheel, thrust-line error, or asymmetric tire wear. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: center the steering gear, compare individual toe, inspect rear thrust angle, and verify steering-wheel clamp or column indexing. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 189 | Toe | rear-right | Severe | Rear-Right Wheel: unequal individual toe A severe unequal individual toe reading at the rear-right wheel may contribute to off-center steering wheel, thrust-line error, or asymmetric tire wear. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: center the steering gear, compare individual toe, inspect rear thrust angle, and verify steering-wheel clamp or column indexing. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 190 | Sai | rear-right | Borderline | Rear-Right Wheel: steering-axis inclination below comparison range A borderline steering-axis inclination below comparison range reading at the rear-right wheel may contribute to possible geometry mismatch or damaged steering knuckle components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare included angle and camber, then inspect knuckle, strut, ball joint, control arm, and measurement setup. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 191 | Sai | rear-right | Moderate | Rear-Right Wheel: steering-axis inclination below comparison range A moderate steering-axis inclination below comparison range reading at the rear-right wheel may contribute to possible geometry mismatch or damaged steering knuckle components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare included angle and camber, then inspect knuckle, strut, ball joint, control arm, and measurement setup. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 192 | Sai | rear-right | Severe | Rear-Right Wheel: steering-axis inclination below comparison range A severe steering-axis inclination below comparison range reading at the rear-right wheel may contribute to possible geometry mismatch or damaged steering knuckle components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare included angle and camber, then inspect knuckle, strut, ball joint, control arm, and measurement setup. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 193 | Sai | rear-right | Borderline | Rear-Right Wheel: steering-axis inclination above comparison range A borderline steering-axis inclination above comparison range reading at the rear-right wheel may contribute to possible bent or mismatched steering and suspension geometry. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare the opposite side, inspect replacement parts, verify wheel clamp installation, and confirm the specification source. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 194 | Sai | rear-right | Moderate | Rear-Right Wheel: steering-axis inclination above comparison range A moderate steering-axis inclination above comparison range reading at the rear-right wheel may contribute to possible bent or mismatched steering and suspension geometry. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare the opposite side, inspect replacement parts, verify wheel clamp installation, and confirm the specification source. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 195 | Sai | rear-right | Severe | Rear-Right Wheel: steering-axis inclination above comparison range A severe steering-axis inclination above comparison range reading at the rear-right wheel may contribute to possible bent or mismatched steering and suspension geometry. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare the opposite side, inspect replacement parts, verify wheel clamp installation, and confirm the specification source. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 196 | Sai | rear-right | Borderline | Rear-Right Wheel: side-to-side steering-axis inclination difference A borderline side-to-side steering-axis inclination difference reading at the rear-right wheel may contribute to possible bent parts, shifted mounting points, or measurement inconsistency. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: recompensate sensors, compare included angles, and inspect knuckles, struts, ball joints, and mounting locations. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 197 | Sai | rear-right | Moderate | Rear-Right Wheel: side-to-side steering-axis inclination difference A moderate side-to-side steering-axis inclination difference reading at the rear-right wheel may contribute to possible bent parts, shifted mounting points, or measurement inconsistency. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: recompensate sensors, compare included angles, and inspect knuckles, struts, ball joints, and mounting locations. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 198 | Sai | rear-right | Severe | Rear-Right Wheel: side-to-side steering-axis inclination difference A severe side-to-side steering-axis inclination difference reading at the rear-right wheel may contribute to possible bent parts, shifted mounting points, or measurement inconsistency. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: recompensate sensors, compare included angles, and inspect knuckles, struts, ball joints, and mounting locations. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 199 | Ride Height | rear-right | Borderline | Rear-Right Wheel: ride height below target A borderline ride height below target reading at the rear-right wheel may contribute to altered camber, caster, toe curves, reduced travel, and possible tire contact. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load condition, tire pressure, spring condition, suspension modifications, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 200 | Ride Height | rear-right | Moderate | Rear-Right Wheel: ride height below target A moderate ride height below target reading at the rear-right wheel may contribute to altered camber, caster, toe curves, reduced travel, and possible tire contact. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load condition, tire pressure, spring condition, suspension modifications, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 201 | Ride Height | rear-right | Severe | Rear-Right Wheel: ride height below target A severe ride height below target reading at the rear-right wheel may contribute to altered camber, caster, toe curves, reduced travel, and possible tire contact. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load condition, tire pressure, spring condition, suspension modifications, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 202 | Ride Height | rear-right | Borderline | Rear-Right Wheel: ride height above target A borderline ride height above target reading at the rear-right wheel may contribute to altered alignment geometry and possible incorrect spring or spacer installation. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load state, spring part numbers, lift components, preload, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 203 | Ride Height | rear-right | Moderate | Rear-Right Wheel: ride height above target A moderate ride height above target reading at the rear-right wheel may contribute to altered alignment geometry and possible incorrect spring or spacer installation. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load state, spring part numbers, lift components, preload, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 204 | Ride Height | rear-right | Severe | Rear-Right Wheel: ride height above target A severe ride height above target reading at the rear-right wheel may contribute to altered alignment geometry and possible incorrect spring or spacer installation. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: verify load state, spring part numbers, lift components, preload, and measurement reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 205 | Ride Height | rear-right | Borderline | Rear-Right Wheel: side-to-side ride-height difference A borderline side-to-side ride-height difference reading at the rear-right wheel may contribute to cross-camber or cross-caster changes and possible pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: check tire pressure, vehicle loading, spring sag, broken coils, torsion settings, air suspension values, and chassis damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 206 | Ride Height | rear-right | Moderate | Rear-Right Wheel: side-to-side ride-height difference A moderate side-to-side ride-height difference reading at the rear-right wheel may contribute to cross-camber or cross-caster changes and possible pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: check tire pressure, vehicle loading, spring sag, broken coils, torsion settings, air suspension values, and chassis damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 207 | Ride Height | rear-right | Severe | Rear-Right Wheel: side-to-side ride-height difference A severe side-to-side ride-height difference reading at the rear-right wheel may contribute to cross-camber or cross-caster changes and possible pull. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: check tire pressure, vehicle loading, spring sag, broken coils, torsion settings, air suspension values, and chassis damage. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 208 | Setback | rear-right | Borderline | Rear-Right Wheel: negative setback outside comparison range A borderline negative setback outside comparison range reading at the rear-right wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 209 | Setback | rear-right | Moderate | Rear-Right Wheel: negative setback outside comparison range A moderate negative setback outside comparison range reading at the rear-right wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 210 | Setback | rear-right | Severe | Rear-Right Wheel: negative setback outside comparison range A severe negative setback outside comparison range reading at the rear-right wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 211 | Setback | rear-right | Borderline | Rear-Right Wheel: positive setback outside comparison range A borderline positive setback outside comparison range reading at the rear-right wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 212 | Setback | rear-right | Moderate | Rear-Right Wheel: positive setback outside comparison range A moderate positive setback outside comparison range reading at the rear-right wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 213 | Setback | rear-right | Severe | Rear-Right Wheel: positive setback outside comparison range A severe positive setback outside comparison range reading at the rear-right wheel may contribute to wheelbase asymmetry and possible steering pull or dog-tracking. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: measure wheelbase on both sides and inspect control arms, radius rods, subframe location, and structural reference points. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 214 | Setback | rear-right | Borderline | Rear-Right Wheel: setback imbalance A borderline setback imbalance reading at the rear-right wheel may contribute to axle geometry asymmetry and possible evidence of worn or damaged components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare wheelbase, caster, thrust angle, ride height, and body reference measurements before adjustment. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Recheck the reading after rolling compensation and steering settlement. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 215 | Setback | rear-right | Moderate | Rear-Right Wheel: setback imbalance A moderate setback imbalance reading at the rear-right wheel may contribute to axle geometry asymmetry and possible evidence of worn or damaged components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare wheelbase, caster, thrust angle, ride height, and body reference measurements before adjustment. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Correct the underlying mechanical condition before relying on an alignment adjustment. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 216 | Setback | rear-right | Severe | Rear-Right Wheel: setback imbalance A severe setback imbalance reading at the rear-right wheel may contribute to axle geometry asymmetry and possible evidence of worn or damaged components. Possible causes include worn joints or bushings, bent or shifted suspension parts, incorrect ride height, mismatched replacement components, loose fasteners, or an inaccurate measurement setup. |
Recommended checks: compare wheelbase, caster, thrust angle, ride height, and body reference measurements before adjustment. Confirm tire pressure and loading, inspect for free play, correct damaged parts, settle the suspension, then measure again. Avoid road testing at speed until steering and suspension integrity are verified. This reference is a diagnostic clue only. Manufacturer procedures, calibrated equipment, and technician judgment take priority. |
| 217 | Tire wear and handling | vehicle | Borderline | Inner-Edge Wear assessment A borderline report of inner-edge wear can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include negative camber, toe error, worn bushings, or overloaded operation. |
Recommended checks: compare camber and toe on the affected axle, inspect play, and verify pressure and rotation history. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Recheck the reading after rolling compensation and steering settlement. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 218 | Tire wear and handling | vehicle | Moderate | Inner-Edge Wear assessment A moderate report of inner-edge wear can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include negative camber, toe error, worn bushings, or overloaded operation. |
Recommended checks: compare camber and toe on the affected axle, inspect play, and verify pressure and rotation history. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Correct the underlying mechanical condition before relying on an alignment adjustment. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 219 | Tire wear and handling | vehicle | Severe | Inner-Edge Wear assessment A severe report of inner-edge wear can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include negative camber, toe error, worn bushings, or overloaded operation. |
Recommended checks: compare camber and toe on the affected axle, inspect play, and verify pressure and rotation history. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Avoid road testing at speed until steering and suspension integrity are verified. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 220 | Tire wear and handling | vehicle | Borderline | Outer-Edge Wear assessment A borderline report of outer-edge wear can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include positive camber, persistent cornering load, underinflation, or bent geometry. |
Recommended checks: compare camber, pressure history, ride height, and suspension condition. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Recheck the reading after rolling compensation and steering settlement. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 221 | Tire wear and handling | vehicle | Moderate | Outer-Edge Wear assessment A moderate report of outer-edge wear can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include positive camber, persistent cornering load, underinflation, or bent geometry. |
Recommended checks: compare camber, pressure history, ride height, and suspension condition. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Correct the underlying mechanical condition before relying on an alignment adjustment. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 222 | Tire wear and handling | vehicle | Severe | Outer-Edge Wear assessment A severe report of outer-edge wear can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include positive camber, persistent cornering load, underinflation, or bent geometry. |
Recommended checks: compare camber, pressure history, ride height, and suspension condition. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Avoid road testing at speed until steering and suspension integrity are verified. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 223 | Tire wear and handling | vehicle | Borderline | Feathered Tread assessment A borderline report of feathered tread can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include excessive total toe or dynamic toe change from worn joints. |
Recommended checks: feel the tread in both directions, measure toe, then inspect tie rods and compliance bushings. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Recheck the reading after rolling compensation and steering settlement. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 224 | Tire wear and handling | vehicle | Moderate | Feathered Tread assessment A moderate report of feathered tread can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include excessive total toe or dynamic toe change from worn joints. |
Recommended checks: feel the tread in both directions, measure toe, then inspect tie rods and compliance bushings. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Correct the underlying mechanical condition before relying on an alignment adjustment. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 225 | Tire wear and handling | vehicle | Severe | Feathered Tread assessment A severe report of feathered tread can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include excessive total toe or dynamic toe change from worn joints. |
Recommended checks: feel the tread in both directions, measure toe, then inspect tie rods and compliance bushings. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Avoid road testing at speed until steering and suspension integrity are verified. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 226 | Tire wear and handling | vehicle | Borderline | Cupping assessment A borderline report of cupping can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include damping weakness, imbalance, runout, loose wheel bearings, or alignment variation. |
Recommended checks: inspect shocks or struts, balance, runout, bearings, and tire uniformity. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Recheck the reading after rolling compensation and steering settlement. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 227 | Tire wear and handling | vehicle | Moderate | Cupping assessment A moderate report of cupping can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include damping weakness, imbalance, runout, loose wheel bearings, or alignment variation. |
Recommended checks: inspect shocks or struts, balance, runout, bearings, and tire uniformity. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Correct the underlying mechanical condition before relying on an alignment adjustment. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 228 | Tire wear and handling | vehicle | Severe | Cupping assessment A severe report of cupping can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include damping weakness, imbalance, runout, loose wheel bearings, or alignment variation. |
Recommended checks: inspect shocks or struts, balance, runout, bearings, and tire uniformity. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Avoid road testing at speed until steering and suspension integrity are verified. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 229 | Tire wear and handling | vehicle | Borderline | Diagonal Wear assessment A borderline report of diagonal wear can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include rear toe and camber interaction, rotation history, or structural asymmetry. |
Recommended checks: compare rear individual toe, thrust angle, camber, wheelbase, and tire rotation records. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Recheck the reading after rolling compensation and steering settlement. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 230 | Tire wear and handling | vehicle | Moderate | Diagonal Wear assessment A moderate report of diagonal wear can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include rear toe and camber interaction, rotation history, or structural asymmetry. |
Recommended checks: compare rear individual toe, thrust angle, camber, wheelbase, and tire rotation records. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Correct the underlying mechanical condition before relying on an alignment adjustment. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 231 | Tire wear and handling | vehicle | Severe | Diagonal Wear assessment A severe report of diagonal wear can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include rear toe and camber interaction, rotation history, or structural asymmetry. |
Recommended checks: compare rear individual toe, thrust angle, camber, wheelbase, and tire rotation records. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Avoid road testing at speed until steering and suspension integrity are verified. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 232 | Tire wear and handling | vehicle | Borderline | Steering Pull assessment A borderline report of steering pull can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include cross-caster, cross-camber, tire conicity, brake drag, road crown, or thrust angle. |
Recommended checks: swap or force-match tires when appropriate, check brake drag, then compare cross values and rear thrust. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Recheck the reading after rolling compensation and steering settlement. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 233 | Tire wear and handling | vehicle | Moderate | Steering Pull assessment A moderate report of steering pull can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include cross-caster, cross-camber, tire conicity, brake drag, road crown, or thrust angle. |
Recommended checks: swap or force-match tires when appropriate, check brake drag, then compare cross values and rear thrust. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Correct the underlying mechanical condition before relying on an alignment adjustment. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 234 | Tire wear and handling | vehicle | Severe | Steering Pull assessment A severe report of steering pull can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include cross-caster, cross-camber, tire conicity, brake drag, road crown, or thrust angle. |
Recommended checks: swap or force-match tires when appropriate, check brake drag, then compare cross values and rear thrust. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Avoid road testing at speed until steering and suspension integrity are verified. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 235 | Tire wear and handling | vehicle | Borderline | Off-Center Steering Wheel assessment A borderline report of off-center steering wheel can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include unequal front toe, incorrect rack centering, or rear thrust-angle error. |
Recommended checks: center the steering gear, lock the wheel correctly, correct rear geometry first, then set front individual toe. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Recheck the reading after rolling compensation and steering settlement. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 236 | Tire wear and handling | vehicle | Moderate | Off-Center Steering Wheel assessment A moderate report of off-center steering wheel can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include unequal front toe, incorrect rack centering, or rear thrust-angle error. |
Recommended checks: center the steering gear, lock the wheel correctly, correct rear geometry first, then set front individual toe. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Correct the underlying mechanical condition before relying on an alignment adjustment. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 237 | Tire wear and handling | vehicle | Severe | Off-Center Steering Wheel assessment A severe report of off-center steering wheel can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include unequal front toe, incorrect rack centering, or rear thrust-angle error. |
Recommended checks: center the steering gear, lock the wheel correctly, correct rear geometry first, then set front individual toe. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Avoid road testing at speed until steering and suspension integrity are verified. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 238 | Tire wear and handling | vehicle | Borderline | Wander assessment A borderline report of wander can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include low caster, toe-out, worn steering parts, tire pressure mismatch, or excessive compliance. |
Recommended checks: inspect free play, compare caster and toe, verify pressure, and assess tire construction. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Recheck the reading after rolling compensation and steering settlement. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 239 | Tire wear and handling | vehicle | Moderate | Wander assessment A moderate report of wander can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include low caster, toe-out, worn steering parts, tire pressure mismatch, or excessive compliance. |
Recommended checks: inspect free play, compare caster and toe, verify pressure, and assess tire construction. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Correct the underlying mechanical condition before relying on an alignment adjustment. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 240 | Tire wear and handling | vehicle | Severe | Wander assessment A severe report of wander can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include low caster, toe-out, worn steering parts, tire pressure mismatch, or excessive compliance. |
Recommended checks: inspect free play, compare caster and toe, verify pressure, and assess tire construction. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Avoid road testing at speed until steering and suspension integrity are verified. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 241 | Tire wear and handling | vehicle | Borderline | Poor Return-To-Center assessment A borderline report of poor return-to-center can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include insufficient caster, binding upper mounts, steering friction, or power-assist faults. |
Recommended checks: check caster, steering effort, strut bearings, ball joints, rack mounting, and assist operation. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Recheck the reading after rolling compensation and steering settlement. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 242 | Tire wear and handling | vehicle | Moderate | Poor Return-To-Center assessment A moderate report of poor return-to-center can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include insufficient caster, binding upper mounts, steering friction, or power-assist faults. |
Recommended checks: check caster, steering effort, strut bearings, ball joints, rack mounting, and assist operation. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Correct the underlying mechanical condition before relying on an alignment adjustment. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 243 | Tire wear and handling | vehicle | Severe | Poor Return-To-Center assessment A severe report of poor return-to-center can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include insufficient caster, binding upper mounts, steering friction, or power-assist faults. |
Recommended checks: check caster, steering effort, strut bearings, ball joints, rack mounting, and assist operation. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Avoid road testing at speed until steering and suspension integrity are verified. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 244 | Tire wear and handling | vehicle | Borderline | Dog Tracking assessment A borderline report of dog tracking can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include rear thrust angle, rear setback, bent axle or links, or structural misalignment. |
Recommended checks: measure rear toe, thrust angle, wheelbase, and body reference points before front adjustment. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Recheck the reading after rolling compensation and steering settlement. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 245 | Tire wear and handling | vehicle | Moderate | Dog Tracking assessment A moderate report of dog tracking can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include rear thrust angle, rear setback, bent axle or links, or structural misalignment. |
Recommended checks: measure rear toe, thrust angle, wheelbase, and body reference points before front adjustment. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Correct the underlying mechanical condition before relying on an alignment adjustment. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
| 246 | Tire wear and handling | vehicle | Severe | Dog Tracking assessment A severe report of dog tracking can be associated with multiple alignment, tire, brake, or suspension conditions. Common contributors include rear thrust angle, rear setback, bent axle or links, or structural misalignment. |
Recommended checks: measure rear toe, thrust angle, wheelbase, and body reference points before front adjustment. Record tire pressures and tread measurements, inspect mechanical condition, road-test safely, and compare before-and-after readings. Avoid road testing at speed until steering and suspension integrity are verified. Do not diagnose a component from a wear pattern alone. Confirm with physical inspection and verified measurements. |
Technician report notes
Customer: Not entered
Vehicle: 2026 Example Motors Sedan Touring
Inspection date: 2026-07-22
Technician comments: No comments entered.
Technician signature
Customer acknowledgement
Safety disclaimer
Alignment calculations are informational. Actual adjustments must follow verified vehicle specifications and calibrated equipment procedures. Qualified technicians should inspect steering, suspension, tires, wheels, brakes, ride height, and structural condition. Incorrect alignment can reduce stability, braking control, tire life, and emergency handling. Never rely on calculated values alone.