Holiday Gift Guide Fox Performance 2.0 Ifp Shock Kit 0-2" Lift 985-62-002, 980-24-660 Bonkers Deal: 45% Off [iTbQWC7X]

FOX Performance 2.0 IFP Shock Kit for Lifted Vehicles

The FOX Performance 2.0 IFP Shock Kit is designed to elevate the performance of your truck or SUV to new heights. This cutting-edge shock kit incorporates the latest in shock technology, offering a perfect blend of comfort and control. With FOX's race-proven damping control, you can expect a smooth on-road ride and predictable off-road handling, even in the toughest conditions. This comprehensive kit is tailored to fit vehicles with stock height or those with existing 0-2" lifts, providing a versatile solution for any lifted vehicle.

Key Features and Specifications

The FOX Performance 2.0 IFP Shock Kit includes two FOX 985-62-002 Performance series 2.0 snap ring coil-over IFP shocks (spring not included) and two FOX 980-24-660 Performance series 2.0 smooth body IFP shocks. These shocks are engineered with a 2-inch body diameter and are constructed from lightweight aluminum for enhanced durability. The front shocks feature a snap ring coil-over design with internal floating piston technology, while the rear shocks offer a smooth body design with the same IFP technology. This kit includes all necessary hardware for installation, ensuring a seamless upgrade for your vehicle.

Practical Uses and Benefits

The FOX Performance 2.0 IFP Shock Kit is an ideal choice for anyone looking to enhance the performance and handling of their lifted vehicle. Whether you're tackling rugged off-road trails or navigating the daily commute, these shocks provide the necessary support and stability. The comfortable on-road ride and predictable off-road handling make this kit perfect for both casual drivers and avid off-roaders. With the ability to fit vehicles with stock height or 0-2" lifts, this kit is versatile enough to meet the needs of a wide range of lifted vehicles. Upgrade your ride today with the FOX Performance 2.0 IFP Shock Kit and experience the difference in performance and control.