Complete Fox Performance 2.0 Smooth Body Reservoir Shock Kit 0-1.5" Lift 985-24-120, 985-24-103 Device [6dkawo9i]

FOX Performance 2.0 Smooth Body Reservoir Shock Kit

Experience the ultimate transformation in your truck or SUV's performance with the FOX Performance 2.0 Smooth Body Reservoir Shock Kit. Designed for both on-road comfort and off-road prowess, this kit utilizes FOX's cutting-edge damping control technology to deliver a smooth ride and predictable handling in even the most challenging conditions. Whether you're driving through the city streets or tackling rugged terrain, this kit is engineered to enhance your vehicle's performance and keep you in control.

Comprehensive Compatibility and Lift Options

The FOX Performance 2.0 Smooth Body Reservoir Shock Kit is designed to fit a wide range of vehicles, from those with stock height to those with existing 0-1.5" lifts or those looking to elevate their ride up to 1.5". This versatile kit ensures that you can achieve the desired level of lift without compromising on performance. To further customize your lift, additional lift hardware may be required, allowing you to tailor the kit to your specific needs.

High-Quality Components and Specifications

This kit comes complete with two FOX 985-24-120 Performance series 2.0 smooth body reservoir shocks and two FOX 985-24-103 Performance series 2.0 smooth body reservoir shocks. Each shock is crafted with precision and features a 2-inch aluminum body for durability and reliability. The remote reservoir design not only adds to the shock's performance but also enhances its longevity. Key specifications include a SM3 top mount and an ES7 bottom mount for the front shocks, and an EB2 top mount and an ES1 bottom mount for the rear shocks. With an extended length of 22.30 inches and a compressed length of 13.70 inches for the front shocks, and an extended length of 25.02 inches and a compressed length of 15.40 inches for the rear shocks, these shocks provide exceptional travel and adjustability to suit a variety of driving conditions.