Product Details
Buick Regal 1986, Rear Rear Lower Lower Control Arm Relocation Brackets by UMI Performance®. Designed to take the flex out of your vehicle’s suspension, improve steering control and provide better traction, these performance control arms and components are the ultimate suspension upgrade for your high-speed monster. Engineered for precise alignment and long-lasting life, these exceptionally strong and durable suspension parts can withstand the forces extreme driving while providing the adjustability needed for big tires and other suspension mods.
Features
- Works with factory height or lowered vehicles. Simply weld-in & launch using your existing factory control arms
- Multiple adjustment holes ideal to correct control arm angle on lowered vehicles
- Choose 2", 2-3/4", or 3-1/2" drop
- Track testing shows an average of 0.10 second reduction in 60-foot times
- CAD designed, CNC machined, 0.188" mild steel
- Accepts standard or poly bushings, rod ends & Roto-Joints
- Adjustment holes follow natural arc of lower control arm for direct bolt-in
- Shipped uncoated for easy welding
- Designed and manufactured with pride in Philipsburg, PA, USA
- Made in compliance with standards for quality
- Respected for unmatched reliability and strength
- Created by professionals to meet your requirements
UMI Performance® is an industry leading manufacturer of muscle car and modern muscle suspension components. For over 15 years, it has been the enthusiasts first choice when upgrading their muscle cars for better handling and performance. With complete in-house engineering and manufacturing, UMI Performance builds best-in-class suspension products, tested in real racing conditions to give every customer the ultimate in performance and reliability. The company provides hundreds of replacement and performance suspension components proudly designed and fabricated in its Pennsylvania-based manufacturing facility which utilizes the latest CNC machining and CNC laser cutting as well as press brake operation, MIG and TIG welding and engineering.