Why Camber Plates Matter for Nashville Drivers

Nashville’s roads range from smooth interstates to winding backroads in the hills, and track days at the Nashville Superspeedway demand precise handling. If you’re serious about your vehicle’s cornering grip, tire wear, and overall stability, installing camber plates is one of the most impactful suspension upgrades you can make. Camber plates replace the fixed upper strut mount with an adjustable unit that allows you to change the camber angle of your wheels. Negative camber improves cornering traction by keeping more tire contact patch on the road during turns, but too much can accelerate inner tire wear. With camber plates, you gain the ability to dial in exactly the right amount for your driving style—whether that’s aggressive street driving, autocross, or open lapping. This step-by-step guide walks you through the entire installation process, from gathering tools to final adjustments, with specific tips for Nashville enthusiasts.

Tools and Materials Needed

Before you begin, ensure you have everything ready. Skipping a tool or using the wrong one can lead to stripped bolts or unsafe assemblies. Here’s a comprehensive list:

  • Socket set and wrenches – metric and SAE sizes covering 10mm to 21mm; a set with deep sockets helps reach recessed nuts.
  • Jack and jack stands – a hydraulic floor jack rated for your vehicle’s weight plus two sturdy jack stands; do not rely on the jack alone.
  • Spring compressor – either a manual screw-type or hydraulic unit. Never disassemble a strut without compressing the spring first.
  • Camber plates – choose a set designed for your make/model. Brands like Ground Control, Caster/Camber plates from K-MAC, or Vorschlag are popular for track and street use.
  • Torque wrench – essential for tightening strut bolts, camber plate nuts, and lug nuts to manufacturer specifications.
  • Wheel chocks – to block the wheels that stay on the ground.
  • Penetrating oil – like PB Blaster or WD-40 Specialist; apply to rust-prone bolts before removal.
  • Marking pen or paint – to mark original suspension positions for reference.
  • Gloves and safety glasses – suspension work involves sharp edges and compressed springs.
  • Optional: Digital camber gauge or level – for initial setup before professional alignment.

Preparation Steps

Start with the vehicle parked on a level, hard surface. Engage the parking brake firmly and place wheel chocks behind the rear wheels (if working on the front axle) or in front of the front wheels (if working on the rear axle). This prevents any rolling while you’re underneath.

Loosen the lug nuts on the wheels you plan to remove before lifting the vehicle. Use a breaker bar if needed, but do not fully remove them yet—just break them free counterclockwise.

If your vehicle has been driven in Nashville’s winter salt or damp conditions, spray penetrating oil on the upper strut bolts, lower strut bolts, and any sway bar link connections. Let it soak for 10–15 minutes.

Removing the Old Suspension Components

Lift and Secure the Vehicle

Position the jack under the vehicle’s designated lift point (check your owner’s manual). Raise the vehicle until the wheel is off the ground, then place a jack stand under the pinch weld or a solid chassis point. Lower the jack slightly so the stand takes the weight. Repeat for the other side if you’re working on both corners.

Remove the Wheels

With the vehicle securely on jack stands, fully remove the lug nuts and take off the wheel. Set it aside in a clean area.

Access the Strut Assembly

You may need to remove the brake caliper and rotor to gain access to the strut’s lower bolts. In many vehicles, the strut is attached to the steering knuckle with two large bolts. Spray penetrating oil on these bolts as well. Use the appropriate socket and a breaker bar to loosen them. On some cars, you’ll need to separate the sway bar end link from the strut body—this often requires an Allen key to hold the stud while loosening the nut.

Compress the Spring

Never disassemble a strut without a spring compressor. A compressed spring stores massive energy. Place the compressor hooks on adjacent coils of the spring, ensuring they are seated securely. Tighten the compressor evenly until the spring is no longer under tension against the top mount. Watch for the spring to rotate slightly—this is normal.

Remove the Top Mount Nuts

Inside the engine bay (or under a strut tower bar), you’ll see three or four nuts holding the strut top mount to the chassis. Use a ratchet with an extension and a shallow socket to remove them. Hold the top of the strut piston from turning (use a second wrench if necessary). Once the nuts are off, the strut assembly can be lowered out of the wheel well.

Installing the Camber Plates

Disassemble the Old Top Mount

With the strut and spring assembly on your workbench, remove the old top mount. It usually sits above a spring seat and a rubber isolator. Take note of the orientation of the spring and the top plate—some manufacturers place alignment marks. Replace the old top mount with the new camber plate. Most camber plates come with a new bearing and hardware. Follow the manufacturer’s instructions for stacking washers, spacers, and bushings.

Align the Camber Plate

The camber plate often has slotted holes that allow you to shift the upper attachment point inboard or outboard. For a typical street setup, start with the plate centered. If you have a guide from the camber plate manufacturer (like Whiteline), use that baseline. For a track-focused Nashville Superspeedway event, you might want to start at -1.5 to -2.5 degrees negative camber on the front.

Reassemble the Spring and Strut

Place the spring back onto the camber plate, ensuring the end of the spring sits properly in the lower spring seat. Carefully tighten the spring compressor to compress the spring enough to install the top nut. Use the supplied camber plate nut, and torque it to the spec provided in the instructions (often 35–50 ft-lbs). Remove the spring compressor.

Install the Assembled Strut

Lift the new strut assembly into the wheel well and guide the top of the camber plate through the chassis opening. Install the top nuts (they may be included with the camber plate kit). Torque them evenly. Reattach the lower strut bolts to the steering knuckle, torquing to factory specifications. If you removed the sway bar link, reconnect it. Reinstall the brake caliper and rotor if you removed them.

Final Steps and Adjustments

Reinstall Wheels and Lower the Vehicle

Place the wheel back on the hub and hand-tighten the lug nuts. Lower the vehicle off the jack stands so the suspension is under load, then torque the lug nuts to the manufacturer’s spec (typically 80–100 ft-lbs) in a star pattern.

Set Initial Camber

While a professional alignment is mandatory after any camber plate installation, you can set an approximate baseline. A digital camber gauge or a simple magnetic level placed against a straight edge on the wheel will give you a rough reading. Adjust the camber plate slotted holes as needed. Note that this is a preliminary setting; the alignment shop will fine-tune it with a laser system.

Find a Trusted Alignment Shop in Nashville

For enthusiasts in the Nashville area, shops like Bimmer Performance Center (BMW specialty but handles many sports cars) or Martin’s Alignment on Church Street are known for performance alignment work. Explain that you have camber plates and want a street-friendly setting with slight negative camber. Expect to pay around $100–$150 for a four-wheel alignment with custom specs.

Post-Installation Checks

  • Listen for noises: clunks or pops may indicate a loose bolt or misaligned plate. Recheck all fasteners after 100 miles.
  • Monitor tire wear: after 2,000 miles, inspect the inner and outer edges of your front tires. Uneven wear means the camber setting needs adjustment.
  • Re-torque top nuts: some camber plates recommend re-torquing after a few heat cycles.

Common Mistakes and How to Avoid Them

  • Skipping the spring compressor: a dangerous shortcut. Always use a proper spring compressor.
  • Over-tightening the camber plate bolts: this can distort the plate or damage the bearing. Use a torque wrench.
  • Not marking the original strut orientation: if you reassemble the spring in the wrong rotation, it may sit unevenly.
  • Neglecting a professional alignment: even if you set the camber by eye, caster and toe are still critical. A proper alignment ensures straight tracking and even tire wear.

Benefits of Adjustable Camber for Nashville Roads

Nashville’s topography includes rolling hills and sharp curves—especially on highways like I-440 and Briley Parkway. With camber plates, you can dial in negative camber to maximize cornering grip without sacrificing straight-line stability. On track days at the Nashville Superspeedway, the higher speeds and sustained cornering require a more aggressive camber setting to keep the tire from rolling onto its sidewall. Conversely, for daily commuting, a mild negative camber (-0.5 to -1.0 degrees) provides better turn-in response without excessive tire wear.

Additionally, many camber plates also add caster adjustability. Increasing positive caster improves steering feel and straight-line stability—a welcome upgrade for highway cruising around Music City.

Maintenance Tips

After the first month, check the camber plate bolts for any signs of loosening. The rubber bushings in some camber plate designs may settle, requiring a minor re-torque. Keep the adjustment slots clean and lightly lubricated with anti-seize compound to prevent corrosion from Nashville’s occasional salt or moisture. If you change ride heights or springs, you’ll need to re-dial the camber and get a fresh alignment.

Finally, consider upgrading your sway bars or dampers to fully realize the potential of the camber plates. A matched suspension system eliminates compromise and gives you predictable handling. For local advice, visit the Middle Tennessee SCCA autocross events—many participants run camber plates and can share real-world experience.

Conclusion

Installing camber plates is a rewarding project that elevates your car’s handling capabilities. With the right tools, careful assembly, and a professional alignment, your vehicle will perform better on Nashville’s diverse roads and tracks. Take your time during the installation, respect the force of compressed springs, and enjoy the newfound adjustability. Whether you’re chasing tenths of a second at the Superspeedway or simply enjoying a spirited drive on Natchez Trace Parkway, camber plates are a smart investment in your performance arsenal.