Skip to product information
1 of 2

Fox 05-16 Ford Super Duty 0-1.5in Lift Rear 2.5 Perf. Series IFP HTO Shock

Fox 05-16 Ford Super Duty 0-1.5in Lift Rear 2.5 Perf. Series IFP HTO Shock

SKU:987-24-054

Out of stock

Regular price $346.95 USD
Regular price $346.95 USD Sale price $346.95 USD
ADDITIONAL DISCOUNTS APPLIED AT CHECKOUT Sold out

The Fox 05-16 Ford Super Duty 0-1.5 inch Lift Rear 2.5 Performance Series IFP HTO Shock is a high-performance shock absorber designed to enhance the handling and ride quality of Ford Super Duty trucks from 2005 to 2016. Built with advanced shock technology, these shocks utilize race-proven damping control to deliver a smooth, comfortable on-road experience while maintaining predictable off-road handling in challenging conditions. The Performance Series IFP shocks feature innovative internal floating piston (IFP) design, which improves durability and consistency under demanding driving scenarios. Constructed with high-quality materials, they are engineered to withstand tough environments, providing reliable performance and long-lasting durability for lifted trucks.

Designed specifically for 2005-2016 Ford Super Duty models with 0-1.5 inch lift, these shocks are a direct replacement for stock components, offering improved stability and control. Suitable for off-road adventures, towing, and daily driving, they optimize vehicle performance across various terrains. The kit includes the necessary shock units for the rear suspension, ensuring a straightforward installation process. These shocks are ideal for truck owners seeking enhanced ride comfort, handling, and off-road capability without sacrificing on-road performance. Compatibility with the specified model years and lift range ensures a precise fit and reliable upgrade.

Overview

FOX Performance Series shocks contain the latest in shock technology to transform the performance of your Truck or SUV. They use our race-proven damping control to provide a comfortable on-road ride and predictable off-road handling in even the toughest conditions.

View full details