FOX 2.0 Performance Shock for Off-Road Vehicles with Aluminum Body & IFP
In StockSKU: 980-24-647
$252.67
As low as $63.17/mo with or . (Pay in 4 interest-free payments)
Description
FOX 2.0 Performance Shock for Off-Road Vehicles with Aluminum Body & IFP Upgrade ride control and durability with the FOX 2.0 Performance Shock — engineered to extend drop-out travel for enhanced off-road capability while maintaining refined on-road comfort. Ideal for trucks, SUVs and other off-road platforms that demand a connected, confidence-inspiring ride. Key Benefits Balanced performance: Performance-minded valving reduces vehicle sway and provides predictable handling on pavement and rough terrain. Extended travel: Increases drop-out travel in most applications for improved wheel articulation and obstacle absorption. Fade-resistant consistency: Race-developed main piston and high-quality components deliver steady damping under repeated use. Superior heat dissipation: Lightweight aluminum body sheds heat up to four times better than conventional materials, preserving performance in demanding conditions. IFP design: True Internal Floating Piston separates gas and oil to prevent aeration and maintain consistent damping. Serviceable & corrosion-resistant: Built to be fully serviceable and withstand harsh environments for long life and low lifetime cost. Why Choose FOX FOX shocks are torture-tested and race-proven to deliver durability and repeatable performance. Constructed from premium aluminum and engineered with race-derived technology, the 2.0 Performance Shock provides reliable, long-lasting control for demanding off-road and daily driving conditions.
Features
Enhanced off-road capability with extended drop-out travel for superior handling.
Lightweight aluminum body provides exceptional heat dissipation for peak performance.
Race-developed valving minimizes sway for stable, predictable control on any terrain.
IFP technology ensures consistent damping by preventing gas and oil mixing.
Fully serviceable design ensures durability and long-lasting performance in harsh conditions.