Product Details
Pontiac Firebird 1978, Torque Arm Suspension Kit by BMR Suspension®. Looking to improve your vehicle’s performance when you’re going fast in the turns or launching hard? Then, upgrade your suspension system with performance torque arms and components that will improve the overall ride quality and greatly increase your vehicle’s handling and traction abilities, making your car more stable and predictable. Manufactured from top-notch materials, they’re built to last. So, roll with comfort, confidence, and control with strong and durable torque arms.
Fitment notes
- Will Fit 2nd Gen F-Body Models.
Features
- Designed to improve your vehicle’s performance and ride quality
- Perfect for big speed enthusiasts who want superb control and predictability
- Will increase straight-line traction and rear grip during hard cornering
- Engineered to be tough and durable so you can safely get the most out of your vehicle
- Manufactured using superior-grade materials and state-of-the-art technologies
- Made to deliver high quality, rugged dependability, and enduring value
If you’re looking to improve the performance of your daily driver or race car, BMR Suspension® is the only name you need to know. The company was founded in 1998 on the idea to provide affordable suspension products that had an innovative design and quality construction. Currently, BMR Suspension is a leading suspension manufacturer in many market segments that offers superior chassis, suspension, and drivetrain products for 22 different vehicles. Whether you are interested in street performance, hardcore drag racing, or handling applications, BMR has the products you need. All BMR Suspension products are made in the company’s state-of-the-art manufacturing facility near Tampa, Florida, where American workers cut, bend, notch, drill, and mill each and every component from American-made DOM and chrome-moly steel to maintain consistent quality. By manufacturing every product in house, BMR can control the quality at every stage of the manufacturing process.