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Fabtech Performance Shocks have been designed to work in conjunction with each of our suspension systems, resulting in superior ride control. Features include high velocity 9-stage valving for excellent dampening capabilities and a closed cell insert to reduce shock fade at high speeds.
Performance Rear Driver or Passenger Side Twin-Tube Non-Adjustable Shock Absorber for 2.0"-8.0" Lifted Vehicles (FTS7333) by Fabtech®. Quantity: 1 per Pack. Fabtech Performance Shocks have been designed to work in conjunction with each of our suspension systems, resulting in superior ride control.
Tear up the most challenging off-road environments with complete confidence by installing this Fabtech Performance Twin Tube Rear Shock for a 3 to 5.50-Inch Lift. Featuring a high-velocity 9-stage valving, this rear shock delivers a remarkable damping performance that’s perfect for your off-road adventures.
The Fabtech Performance Twin Tube Rear Shock for a 3 to 5.50-Inch Lift offers the best in comfort and safety with its robust, high-performance design. It features heavy-duty construction that fortifies your truck’s suspension system, allowing you to enjoy superb ride quality on changing road surfaces.
Fabtech Performance Shocks have been designed to work in conjunction with Fabtech Motorsports suspension systems, resulting in superior ride control. Features include high velocity 9-stage valving for excellent dampening capabilities and a closed cell insert to reduce shock fade at high speeds.
Fabtech Performance Shocks have been designed to work in conjunction with each of our suspension systems, resulting in superior ride control. Features include high velocity 9-stage valving for excellent dampening capabilities and a closed cell insert to reduce shock fade at high speeds. ...
Fabtech Performance Shock Absorbers are specially designed to work together with your suspension system to provide superior performance and ride control. The absorbers feature high velocity 9-stage valving and a closed cell foam insert which will provide excellent dampening capabilities while reducing shock fade at higher speeds.
