FOX 2.5 Performance Shock for Off-Road Vehicles with Aluminum Body and IFP
Out of StockSKU: 987-24-009
$371.31
As low as $92.83/mo with or . (Pay in 4 interest-free payments)
Description
FOX 2.5 Performance Shock for Off-Road Vehicles — Aluminum Body with IFP Upgrade your ride: The FOX 2.5 Performance Shock extends drop-out travel and delivers a balanced blend of off-road capability and on-road comfort. Built with performance-minded valving, it reduces vehicle sway and keeps you connected to the terrain. Key Benefits Extended travel: Increases drop-out travel in most applications for improved obstacle absorption and wheel control. Refined on-road manners: Tuned valving minimizes sway and provides a comfortable, controlled ride at highway speeds. IFP design: True internal floating piston separates gas and oil for consistent damping and reduced cavitation. Aluminum body: Lightweight, corrosion-resistant construction that dissipates heat up to four times better than conventional materials. Race-proven components: Race-developed main piston and premium materials for fade-resistant, repeatable performance. Durability & Serviceability Built-to-last and torture-tested, FOX shocks are fully serviceable and engineered to withstand harsh environments. Ideal for serious off-road use, these shocks maintain performance through extended heavy use and high temperatures. Why Choose FOX Performance heritage and race-proven engineering Superior heat dissipation and corrosion resistance Designed for repeatable, consistent damping under stress Fitment: Tuned specifically to your vehicle application — confirm compatibility before purchase.
Features
Achieve superior off-road control with extended drop-out travel for obstacles.
Enjoy a smooth, comfortable ride on highways with minimized vehicle sway.
Experience consistent performance with the innovative internal floating piston design.
Benefit from a lightweight aluminum body that enhances heat dissipation and durability.
Trust in race-developed components for reliable, fade-resistant performance under stress.