BMR 67-69 GM F-Body / 68-74 X-Body Non-Adj. Upper & Lower A-Arms (Polyurethane) - Red

BMR 67-69 GM F-Body / 68-74 X-Body Non-Adj. Upper & Lower A-Arms (Polyurethane) - RedExperience enhanced suspension performance with the BMR Control Arms, designed to provide superior handling and durability for your vehicle. Crafted from high quality polyurethane, these control arms offer excellent resistance to wear and tear while maintaining flexibility for optimal suspension movement. The vibrant red finish not only adds a striking appearance but also contributes to corrosion resistance, ensuring long lasting performance in

Experience enhanced suspension performance with the BMR Control Arms, designed to provide superior handling and durability for your vehicle. Crafted from high-quality polyurethane, these control arms offer excellent resistance to wear and tear while maintaining flexibility for optimal suspension movement.

The vibrant red finish not only adds a striking appearance but also contributes to corrosion resistance, ensuring long-lasting performance in various driving conditions. Precision-engineered by BMR Suspension, a trusted name in automotive tuning, these control arms fit seamlessly into your suspension setup.

Whether you are upgrading your street cruiser, a muscle car, or a project hot rod, these control arms deliver improved alignment control and stability. The BMR Control Arms are a direct replacement for factory components, making installation straightforward for enthusiasts and professional mechanics alike.

Backed by a manufacturer part number AAK311R and Summit Racing part number BMR-AAK311R, these control arms meet stringent quality standards. The included UPC 887753736208 guarantees authenticity and helps with easy identification.

With Tuningsupply, formerly SminkPower.eu, you benefit from fast shipping across Europe, competitive pricing without hidden fees, and reliable customer support driven by true automotive enthusiasts. Upgrade your vehicle's suspension today with BMR Control Arms and feel the difference in every turn and acceleration.