Product Details
GMC Yukon 2007, 2.5 Factory Series Front Coilovers with 0"-3" Front Lift Height by Fox®. Quantity: 2 per Pack. Factory Series coil-over shocks are the foundation of a race-winning suspension. They epitomize efficiency by combining Fox race-proven damping technology with a means to suspend the vehicle in one easy-to-mount assembly. Regardless of whether you are flying high over the desert or struggling to stick to a rock face on an off-camber climb, Fox coil-overs will give you the damping performance, suspension control and proper spring rate to get the job done.
Fitment notes
- Requires Upper Control Arm.
Specifications
Front Lift Height: 0"-3.0" |
Includes
- (2) Front Coilovers
- Installation Instructions
Features
- 2.5" Smooth bore and honed seamless alloy bodies
- Zinc-plated and double-clear coated for long lasting finish
- Black-anodized, CNC-machined 6061-T6 billet aluminum components
- Application specific, adjustable 3.0 Eibach® racing springs
- 7/8" hardened NitroSteel® Steel carbon shafts
- 6061-T6 hard-anodized, high flow aluminum piston
- 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
- PTFE-lined, heat-treated, alloy steel spherical
- Direct replacement for stock and aftermarket lifts kits
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.