LP86 - Front Arms

LP86 "Pro-Geometry" Front Arm Set

Tuned for High Angle and Aggressive Camber

Refine the steering geometry of your D-Like LP86 with our modified Front Arm Set. We have re-engineered the standard dimensions to unlock better fitment and handling characteristics that stock arms simply can’t provide.

By narrowing the top arm and extending the lower arm, we provide an "out-of-the-box" geometry fix that promotes high-performance drifting.

The Geometry Shift

These arms add more camber and more track width to achieve a more aggressive stance and more natural alignment. 

Why These Dimensions Matter

1. Instant Negative Camber Gain By pulling the top pivot point inward and pushing the bottom pivot point outward, these arms naturally induce a higher base negative camber. This gives you that aggressive "Oni-Camber" stance and maximum contact patch during side-bite without needing to max out your turnbuckles or rod ends.

2. Increased Wheel Clearance The narrowed top arm is the game changer. By tucking the upper arm further into the chassis, it creates critical clearance between the arm and the inner wheel rim. This allows you to run higher steering angles without the wheel rubbing or binding against the suspension hardware.

3. Optimized KPI (Kingpin Inclination) This combination alters the Kingpin Inclination angle. By widening the bottom and narrowing the top, you increase the KPI, which aids in self-centering steering forces and improves the "jacking" effect that helps lift the front end during transitions for smoother weight transfer.

Features at a Glance

• Custom Geometry: -1mm Top / +1mm Bottom specifically designed for the LP86 platform.

• Wide-Track Stability: The extended lower arm increases the front track width slightly for better stability at high speeds.

• Direct Fit: Designed to replace the stock molded arms using existing hardware (some turnbuckle adjustment may be required).

• Durable Construction: [Insert Material, e.g., Carbon-Nylon / High-Impact Polymer] to withstand front-end collisions.