Shock Steel Twin Tube 7in Comp 6 Reb 6

The Shock Steel Twin Tube 7in Comp 6 Reb 6 from QA1 is purpose-built for serious suspension tuning on performance vehicles where controlled damping and predictable handling matter. Whether you're setting up a track car, autocross competitor, or heavily modified street machine, this twin-tube shock absorber delivers the adjustability and durability needed for aggressive driving. The 7-inch stroke length positions this unit for applications requiring extended travel and compliance, making it ideal for lowered or lifted platforms that demand precision shock geometry.

Twin-tube construction separates the main piston chamber from a secondary reserve tube, allowing rapid heat dissipation and consistent damping force across multiple heat cycles—critical during sustained high-performance driving or road racing. The 6-position compression and 6-position rebound adjustability gives you granular control over how the shock responds to bumps (compression) and releases energy (rebound), letting you dial in the exact feel and stability your vehicle demands. Lightweight steel construction at 5.14 lbs per unit keeps unsprung weight managed while maintaining structural rigidity under corner loading and braking events. QA1's proven design ensures repeatable tuning and minimal fade, even under harsh driving conditions where inferior shocks would lose performance.

This shock suits bracket racers, road course drivers, and dedicated enthusiasts building custom suspension systems where off-the-shelf solutions fall short. Verify mounting configuration, spring rates, and ride height targets before installation to ensure proper valving and adjustment range for your specific platform. The compact 3.75-inch diameter allows fitment in tight engine bays and chassis areas where bulky off-road shocks would not clear, making these particularly valuable for space-constrained performance builds. Pair with quality springs, bushings, and alignment work to unlock the full potential of this adjustable damping platform.