1978-1988 GM G-Body Rear Lower Control Arm Relocation Brackets, Bolt In

Wheel hop or traction issues? We have the solution! Optimize your vehicle's instant center and improve forward traction by lowering the rear of the lower control arm 2", 2-3/4", or 3-1/4". These bolt-in brackets are CAD designed to accommodate factory lower control arms as well as all popular aftermarket styles. Robust flanges inside the brackets add reinforcement and ensure factory bushings bolt right in. Brackets installed can provide an average 0.10 second (or better) 60-foot reduction and an overall improvement in launch consistency. Brackets are constructed of 3/16" mild steel and CNC laser cut for precision tolerances.  Relocation brackets are designed to work on both lowered and non-lowered vehicles and feature multiple settings to optimize vehicle handling and traction. Welding recommended on cars running drag radials or slicks and faster than 11 second ¼ mile time.

Installation: P/N 3018 bolt in relocation brackets are designed for the factory rear end housings and may not fit properly on aftermarket rear ends. See weld in brackets P/N 3010 for aftermarket rear ends. Installation takes approximately 1-2 hours and does not require cutting or welding. New hardware and installation instructions are included. Adjustable upper controls are not required but are recommended. Welding recommended on cars running drag radials or slicks and faster than 11 second ¼ mile time.

Features:

• Works with factory height or lowered vehicles. Simply bolt-in & launch using your existing factory control arms.
• Multiple adjustment holes ideal to correct control arm angle on lowered vehicles while improving traction.
• Choose 2", 2-3/4", or 3-1/4" drop to optimize vehicle handling and traction.
• Track testing shows an average of 0.10 second reduction in 60-foot times.
• CAD designed, CNC laser cut 3/16" mild steel.
• Adjustment holes follow natural arc of lower control arm for direct bolt-in.
• New grade 8 hardware included.
• Manufactured with pride in Philipsburg, PA - USA.