2015 Chevrolet Malibu — Wheel Alignment Specifications

Quick reference

Note: Alignment targets and allowable ranges can vary by powertrain, trim, wheel/tire size, and market. Always confirm values in GM Service Information (SI) for the exact VIN.

Adjustability

The 2015 Chevrolet Malibu uses a MacPherson strut front suspension and a multi-link independent rear suspension. From the factory:

• Front toe: Adjustable at the inner tie rods.
• Front camber: Not factory-adjustable. Small changes may be achieved by subframe lateral shift within manufacturing tolerances, but this is a repair procedure, not a routine adjustment. Proper correction typically requires aftermarket camber bolts at the strut-to-knuckle connection.
• Front caster: Not adjustable. Any caster concerns indicate bent/shifted components or subframe position; correct by repairing/replacing parts or subframe alignment.
• Front SAI: Not adjustable. Use SAI (steering axis inclination) as a diagnostic angle to identify bent struts/knuckles or shifted subframe if camber/caster are out of spec.
• Rear toe: Factory-adjustable via eccentric cam at the toe link.
• Rear camber: Factory-adjustable on this platform via eccentric cam at one of the lateral links/upper control arm attachment (verify exact point per GM SI). If eccentrics are seized or the range is insufficient, use service parts or aftermarket kits.
• Thrust angle: Not directly adjusted; it is the geometric result of rear left/right toe. Set rear toe to preferred values to bring thrust angle to target.

If measured angles cannot be brought into the published ranges, inspect for collision damage, bent links/knuckles, worn bushings, or subframe shift before resorting to aftermarket hardware.

Recommended adjustment hardware

When factory adjustments are insufficient or not provided (especially for front camber), the following solutions are commonly used by professionals on the 2015 Malibu:

• Front camber correction: Aftermarket camber bolts installed at the strut-to-knuckle attachment. Choose reputable brands (e.g., SPC, MOOG) and match the bolt diameter to the OE knuckle/strut bolt size; verify size by VIN or measurement (commonly 14–16 mm on this platform). These provide approximately ±1° to ±2° of camber correction, depending on kit.
• Front subframe alignment pins: To verify/center the front cradle position if crash repair or bushing replacement has occurred. This is for centering, not ongoing adjustment.
• Rear cam/toe hardware: OE replacement eccentric bolts/cams and washers if the originals are seized or corroded. Aftermarket eccentric kits (SPC, MOOG) are available if additional range is needed.
• Adjustable rear links: In collision or lowered-vehicle scenarios where OE eccentric range is insufficient, adjustable toe links or camber arms can restore alignment while maintaining bushing geometry.

Always torque fasteners with the suspension at ride height and follow GM SI procedures, including one-time-use hardware replacement where specified.

Symptoms of bad alignment

Recognizing tire-wear patterns helps pinpoint which angles are out:

• Excessive negative camber (front or rear): Inside-edge wear, feathering on inner ribs, and a cool-to-touch inner shoulder after highway driving.
• Excessive positive camber (front): Outside-edge wear, particularly noticeable after aggressive cornering; uncommon unless parts are bent.
• Too much toe-in: Rapid, sawtooth wear on the outer edges of both tires on an axle; tires may squeal at low speeds and the steering can feel heavy.
• Too much toe-out: Feathered tread blocks you can feel by running your hand across the tread (smooth one way, sharp the other), instability or wander at highway speeds, and reduced on-center feel.
• Cross-camber/cross-caster: Vehicle pulls toward the side with more positive camber or less caster. Steering wheel may not return to center crisply.
• Incorrect thrust angle (rear): Dog-tracking appearance, off-center steering wheel after a straight-ahead toe set, and VSC/ABS yaw-related DTCs on some vehicles.

Abnormal wear can also stem from underinflation, worn shocks/struts, or bent wheels—inspect and correct those before or alongside alignment.

When to align

• After replacing tires, wheels, struts/shocks, control arms, tie rods, bushings, knuckles, subframes, or wheel bearings.
• After any curb/impact event, especially if the steering wheel is off-center or there is a new pull.
• If you notice irregular tire wear, vibration, or handling changes.
• After ride-height changes (springs, lowering kits).
• Annually or every 12,000–15,000 miles in areas with rough roads/potholes as preventive maintenance.

Typical alignment cost

• Four-wheel alignment (no seized hardware, factory adjustments only): Typically $100–$180 at independent shops; $140–$220 at dealerships, varying by region.
• With seized or damaged eccentrics/bolts: Add parts and labor; expect $40–$120 in hardware plus 0.5–1.0 additional labor hour.
• With aftermarket correction kits (e.g., front camber bolts, adjustable rear links): Parts $30–$200+ depending on solution, plus installation time and a re-check/adjust.

A thorough shop will measure before/after, provide a printout comparing your vehicle to GM SI preferred/range values, set tire pressures, and center the steering wheel.

Find a trusted alignment shop on Repairius.