Rough Country V2 Rear Monotube Shock Absorbers Pair 0-3.5″ Ford F-150 2009-2020 – 760771_C

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. The 760771_C is designed for those who demand the best from their suspension system. 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, ensuring that the 760771_C can handle whatever you throw at it. The V2 is designed to be mounted body-up for a more interesting look on the vehicle.

Rough Country and 760771_C

Rough Country’s dedication to quality and performance shines through in the V2 Monotube Shock Absorbers. Off-road enthusiasts know that a reliable shock system is crucial for both comfort and control, and the 760771_C does not disappoint. It’s built to conquer the most rugged trails while providing a smooth ride on the highway.

760771_C and Rough Country V2 Rear Monotube Shock Absorbers Pair 0-3.5″ Ford F-150 2009-2020

Features:

< li >Install Time: 1-2 hours

< li >Title: Ford F-150 (09-20) V2 Rear Monotube Shock Absorbers Pair 0-3.5in

< li >Sold in pairs

Upgrade your Ford F-150 with the Rough Country V2 Rear Monotube Shock Absorbers Pair 0-3.5″ and experience the difference in ride quality and performance. With the 760771_C, you’re not just getting a product; you’re investing in a better driving experience, whether you’re on the road or off the beaten path.

WARNING: Cancer and Reproductive Harm