Hot Item Fox 2.0 Performance Series Shocks W/ Reservoir Rear Pair For 2017-2024 Ford F250 Super Duty 4wd Holiday Cheer Edition [f9xZegmI]

Fox 2.0 Performance Series Shocks with Reservoir Rear Pair

Experience the ultimate in off-road performance with the Fox 2.0 Performance Series Shocks with Reservoir Rear Pair. Designed specifically for 2017-2024 Ford F250 Super Duty 4WD vehicles, these shocks are engineered to deliver unmatched ride quality and durability. The package includes two rear shock absorbers, ensuring a balanced and stable driving experience.

Key Features and Benefits

The Fox 2.0 Performance Series Shocks are built with a metal-impacted clear anodized aluminum shock body, which dissipates heat faster than traditional steel bodies. This innovative design not only improves performance but also extends the life of the shocks. The external reservoir increases oil and nitrogen capacity, enhancing shock performance and providing a striking race-inspired look. The kit also includes a black anodized reservoir mounting clamp, CNC machined from 6061-T6 aluminum, ensuring a high-quality finish.

• Heat Reducing Design: Metal-impacted clear anodized aluminum shock body for faster heat dissipation.
• Increased Capacity: External reservoir for increased oil and nitrogen capacity.

Product Specifications

The Fox 2.0 Performance Series Shocks come in various lift options, from 0-1" to 4-6", allowing you to choose the perfect fit for your vehicle. Each shock absorber is designed with a high-flow damping piston and application-specific valving, providing a predictable ride quality capable of handling the roughest road conditions. The kit includes all necessary hardware for installation, such as washers, bushings, reservoir clamps, and nuts, with factory shock mounting bolts reused for convenience.

• Lift Options: Available in 0-1", 1.5-3.5", and 4-6" lift options.
• Installation Hardware: Includes all necessary hardware for installation.

With a one-year warranty from Fox, you can trust in the quality and reliability of these shocks.