760740_F – Rough Country V2 Rear Shocks Pair 0-2″ Ford F-150 4WD 1997-2003

Whether you’re tackling tough terrain or smooth city streets, Rough Country’s Nitrogen-charged V2 Monotube Shock Absorber leads the way, delivering impeccable ride quality and performance mile after mile. Rough Country’s Monotube V2 Shocks feature an internal floating piston design that keeps the shock oil and high-pressure nitrogen separate. The result is a lightning-fast reaction with no cavitation – just unbridled vibration damping at each and every obstacle. The V2 Monotube Shock Absorber is more than an upgrade – it’s a true performance shock. Each shock features a T6061 brushed aluminum body with black anodized accents giving it a striking visual appearance that also dissipates heat faster than other materials. The internal 46mm high-flow piston offers countless years of durability. The V2 is designed to be mounted body-up for a more interesting look on the vehicle.

Rough Country – 760740_F

For off-road enthusiasts, the Rough Country V2 Rear Shocks Pair 0-2″ Ford F-150 4WD 1997-2003 represents the pinnacle of performance and reliability. Designed specifically for the rugged demands of off-road driving, these shocks ensure that you tackle any obstacle with confidence. With their superior construction, you can trust that your vehicle will handle the roughest terrains while maintaining a smooth ride on highways.

760740_F – Rough Country V2 Rear Shocks Pair 0-2″ Ford F-150 4WD 1997-2003

These shocks are not just about looks; they are engineered for performance. The internal floating piston system ensures that the shock oil remains separate from the nitrogen, providing you with a responsive and controlled ride. With a quick install time of just 1-2 hours, you can get back on the trails in no time. Sold in pairs, the V2 shocks are perfect for those who demand the best from their suspension system.

Features:

< li >Install Time: 1-2 hours

< li >Title: Ford F-150 4WD (97-03) V2 Rear Shocks Pair 0-2in

< li >Sold in pairs

WARNING: Cancer and Reproductive Harm