Product Details
2.0 Performance Series IFP Coil-Over Shock Absorber by Fox®. Offroad Performance Series coil-over shocks take advantage of Fox tried and-true coil-over design and incorporates features like rubber braided steel hoses with high-flow fittings for improved durability and performance. Pinch-bolt spring preload rings allow easy ride height and preload adjustment and retain the top quality racing coil selected to deliver your optimal spring rate. Fox Offroad Performance Series coil-over shocks will suspend your vehicles weight and provide Fox race-proven, performance damping technology to tame the toughest terrain. If you are looking for a comfortable ride and predictable offroad handling, look no further.
Features
- 2.0" Metal impacted 6061-T6 aluminum will resist rust over time
- Clear-anodized for a durable finish
- Internal IFP mono-tube reservoir design separates shock oil from the high-pressure nitrogen
- Black-anodized, CNC-machined 6061-T6 billet aluminum components
- 5/8" hard chrome plated heat-treated alloy steel shaft
- Race-developed high-flow piston design
- Application specific valving to maximize performance
- Redundant sealing pack system main seal, wiper seal, scraper seal
- JM92 Advanced Suspension Fluid for improved performance at variable temperatures
- Large diameter, heavy-duty spherical bearing
- Direct replacement for stock and aftermarket lifts kits mounting
A racing based company, Fox® is headquartered in Scotts Valley, California. Established with the core mission to redefine driving dynamics, the brand is globally recognized for developing and manufacturing high-performance shock absorbers and suspension parts for ATVs, motorcycles, mountain bikes, off-road trucks, snowmobiles and many other specialty vehicles. For more than four decades since its inception back in 1974, the brand has been providing racers with industry leading suspension products to help them stand atop podiums. Experts at Fox perform rigorous tests on all products they make to ensure that the performance and wear resistance of each and every part are second to none.