Camber Kit Installation Guide: Adjust Your Alignment

Camber kits allow you to adjust the wheel's angle relative to vertical, which directly affects tire wear, handling, and suspension geometry. This is an intermediate-level suspension adjustment project that typically takes 2–4 hours, depending on your vehicle's design and bolt accessibility. This guide provides general procedural steps only—specific tools, torque specifications, adjustment methods, and target camber angles vary significantly by vehicle make, model, and year. You must consult your vehicle's owner's manual and service documentation, including the camber kit manufacturer's instructions, before starting any work.

What You'll Need

Tools

• Socket set (metric and standard sizes)
• Calibrated torque wrench (with range appropriate for suspension fasteners, typically 40–150 foot-pounds)
• Adjustable wrench
• Hydraulic jack and jack stands rated for your vehicle's weight
• Lug wrench
• Camber measurement gauge or access to a professional alignment rack
• Marker or masking tape (for marking bolt positions before removal)
• Safety glasses and mechanic's gloves

Parts and Materials

• Camber adjustment bolts or eccentric washers (included with your kit)
• Medium-strength thread-locking compound
• Penetrating lubricant (for corroded or seized fasteners)
• Replacement fasteners (in case originals are stripped or damaged during removal)

Before You Begin

• Camber adjustment is a suspension system repair that directly affects vehicle handling and safety. Wheel alignment geometry influences steering response, braking performance, and tire longevity. If you have not previously performed suspension work or are uncertain about any aspect of this process, have a qualified mechanic perform or thoroughly inspect your work before driving the vehicle. Improper installation can result in unsafe handling characteristics.
• Park the vehicle on level, solid ground. Set the parking brake, turn off the engine, and remove the keys. Ensure tire pressure is set to the manufacturer's specification before you begin, as tire pressure affects camber readings.
• If possible, measure and record the baseline camber angle using a dedicated camber gauge or by visiting a professional alignment facility before disassembly. This baseline measurement helps you verify that the kit installation is successful and allows you to compare before and after angles.
• Inspect all suspension fasteners for rust, corrosion, or visible damage. Apply penetrating lubricant to any stuck or corroded bolts and let them soak for 10–15 minutes before attempting removal. Keep replacement fasteners on hand—if original bolts are seized or stripped during removal, you'll need backups to complete the job safely.

Step-by-Step: How to Install a Camber Kit

1. Lift the vehicle safely. Use a hydraulic jack to raise the front of the vehicle, positioning the jack at a manufacturer-specified lift point (typically the frame rail or pinch weld). Once the vehicle is elevated, place rated jack stands under structural points such as the frame rails or suspension control points. Carefully lower the vehicle onto the stands and remove the jack. Never work under a vehicle that is supported only by a jack—this is a critical safety step.
2. Remove the wheel on the side you're adjusting. Loosen the lug nuts with the vehicle still on the ground if possible, using the lug wrench in a crisscross pattern. Use the jack to lift the wheel slightly off the ground, then fully remove the lug nuts and set them aside in a marked container. Carefully remove the wheel and set it in a safe location where it won't roll or get damaged.
3. Locate the suspension mounting bolts for the strut or control arm. Identify the fasteners that connect the suspension component (strut, control arm, or knuckle) to the vehicle frame or steering knuckle. These are typically the upper and lower mounting points. Use masking tape or a marker to clearly label these bolts and their original positions—this reference helps you understand adjustment direction and provides a fallback if you need to return to baseline. Consult your service manual for the exact location and quantity of fasteners, as this varies significantly between vehicles.
4. Remove the original fasteners. Use the appropriate socket size and torque wrench to carefully loosen the suspension mounting bolts. If any bolts are seized or corroded, apply penetrating lubricant and wait another 10–15 minutes before attempting removal. Remove fasteners one at a time if the kit requires sequential installation, or remove all fasteners if the kit documentation specifies. Place removed fasteners in a marked container to keep them organized. Take care not to drop fasteners into tight engine bay areas or undercarriage spaces where they may be difficult to retrieve.
5. Install the camber adjustment bolts or plates from your kit. Follow the kit manufacturer's instructions exactly, as installation procedures vary. Most kits use eccentric bolts (cam bolts) or slotted adjustment plates that replace original fasteners. Ensure the adjustment mechanism is oriented correctly—the kit documentation should specify whether the eccentric portion faces inward, outward, or at a specific angle. Hand-tighten all fasteners initially to allow room for camber adjustment. Do not fully torque fasteners until the camber angle is verified.
6. Adjust the camber angle to the target specification. Using a dedicated camber gauge, slowly rotate the eccentric bolts or adjust the plates until the desired camber angle is achieved. Make small, deliberate adjustments—typically 0.5° increments—and measure the angle after each adjustment. Never rely on visual estimation or feel; precision is essential. Refer to your vehicle's service manual for the correct target camber specification, as this varies by vehicle type, suspension design, and driving application. Some vehicles specify negative camber for road driving, while performance or racing builds may use different specifications.
7. Apply thread-locking compound and torque all fasteners to specification. Once the camber angle is set, apply medium-strength thread-locking compound to the threads of adjustment bolts. Using your calibrated torque wrench, tighten each fastener to the exact torque specification listed in your vehicle's service manual. Work in a pattern that distributes pressure evenly across the mounting points. Do not exceed the specified torque—over-tightening can strip threads, crack the component, or damage the suspension geometry.
8. Reinstall the wheel and lug nuts. Mount the wheel back onto the hub, aligning the lug holes with the studs. Hand-tighten all lug nuts to hold the wheel in place. Lower the vehicle completely to the ground using the jack, being careful to support the vehicle as it settles. Once the full weight is on the tire, use the lug wrench to tighten the lug nuts in a star or crisscross pattern (not sequentially around the wheel), tightening each to the manufacturer's torque specification. This pattern ensures even pressure across the wheel studs and prevents warping.
9. Verify the adjustment with a professional alignment check. Drive the vehicle to a professional alignment facility to confirm that the camber angle is within the manufacturer's specification and that all other alignment parameters—caster, toe, thrust angle—are correct. This final verification step is essential, as improper camber adjustment can affect tire wear, handling, and safety. Camber kit installation may also influence other alignment angles, so a full four-wheel alignment is strongly recommended to ensure all parameters are correct.

Tips for a Successful Camber Kit Installation

• Before removing any bolts, mark the original position of eccentric bolts and adjustment plates using masking tape or a permanent marker. Label the position with written notes such as "12 o'clock" or "3 o'clock" to create a clear reference. This reference point makes it easier to understand which direction the eccentric bolts rotate and how they affect camber angle, and it provides a safety fallback if you need to return to the baseline position.
• Never estimate camber angle by visual inspection or by feel. Always use a dedicated camber measurement gauge, professional alignment rack, or other precision measurement tool. Even small errors of 0.25° to 0.5° can result in noticeable uneven tire wear within a few thousand miles and can affect vehicle handling and steering response.
• After tightening all fasteners and thread-locking compound has fully cured (typically 24 hours), re-check torque values and camber angle a second time. Suspension fasteners can settle and shift slightly after initial tightening, especially if thread-locking compound was applied. A follow-up check ensures all fasteners remain secure and the camber angle is still at specification.
• If you're uncertain about your vehicle's target camber specification, suspension design, or adjustment procedure, consult the service manual or contact a professional alignment shop before making large adjustments. Different vehicles and driving applications—street driving versus performance driving, for example—call for different camber settings, and incorrect specifications can result in unsafe handling or accelerated tire wear.

When to Call a Professional

Have a qualified mechanic handle the camber kit installation if you encounter severely corroded or stripped suspension fasteners that cannot be safely removed, if you do not have access to a camber measurement gauge or professional alignment rack, if you are unfamiliar with your vehicle's suspension design or target camber specification, or if you lack a calibrated torque wrench or are uncertain about fastener torque values. Additionally, if camber adjustment affects other alignment parameters (caster or toe) on your vehicle and you cannot verify the final result with professional equipment, a mechanic should complete or verify the work. Suspension geometry directly impacts vehicle safety, handling stability, and tire longevity—any misalignment can result in unsafe handling, reduced braking effectiveness, and premature tire wear. Even if you install the kit yourself, a final professional alignment inspection is strongly encouraged to verify that all alignment angles are within specification and that your vehicle is safe to drive.