MMX Adjustable Rear Suspension Link for BMW F8x | G8x

Description

Our rear anti-roll bar links replace the original, fragile, plastic rubber bushings with these adjustable, high-precision machined aluminum parts. Designed with one goal in mind: to optimize suspension performance and geometric accuracy, thus improving the effectiveness of your rear anti-roll bar.

Fully adjustable to cancel preload on the anti-roll bar. Thanks to their ingenious design, adjustment can be made at both ends without removing the links, thus facilitating neutral positioning.

Direct replacement – ​​compatible with original or aftermarket rear anti-roll bars, and can be returned to standard configuration at any time.

Designed with one goal in mind: to optimize suspension performance and geometric precision, thereby improving the efficiency of your rear anti-roll bar.

Each reinforced, high-articulation rear suspension link connects the ends of the rear anti-roll bar to the lower control arm. Replacing the original, fragile, and failure-prone plastic links with our rigid, machined aluminum links significantly reduces flex and allows for precise and optimal transmission of suspension movement to the anti-roll bar.

In addition to the tie rod itself, replacing the original plastic ball joints, which are prone to flexing, with racing ball joints provides increased rigidity and precision. This is a particularly valuable advantage for older vehicles with high mileage.

Made from a block of aircraft-grade T6-6061 aluminum.

Complete original spare parts.

Our threaded ends allow for easy on-site length adjustment, without disassembly or reassembly.

Each reinforced rear stabilizer bar link with a large articulation.

Glossy black anodizing MMX.

Reinforced ball joints for extended service life.

Complete kit with everything you need.

Compatible with original or adaptable rear anti-roll bars, and return to standard configuration at any time.

Rubber bellows for increased durability.

Developed for our racing cars: the anti-roll bar preload adjustment allows it to operate within its optimal operating range, an essential element of geometry tuning.