The Perfect Icon 96516 Ford F150 2wd 0-2" Lift Rear 2.0 Vs Shock Set [rlPhgHEK]

Icon 96516 Ford F150 2WD 0-2" Lift Rear 2.0 VS Shock

The Icon 96516 Ford F150 2WD 0-2" Lift Rear 2.0 VS Shock is a game-changer for Ford F150 owners seeking a cost-effective yet high-quality upgrade for their vehicles. Engineered by ICON's expert team, these shock absorbers are tailored specifically for your application, offering an unmatched blend of performance and durability. With their nitrogen-charged monotube design and internal reservoir, these shocks provide consistent suspension damping across a wide temperature range, ensuring a smooth and stable ride on and off the road.

Key Features and Specifications

The Icon 96516 shocks are packed with premium features that set them apart from the competition. Enjoy the benefits of premium grade 5WT shock oil for exceptional damping, and a 6061 aluminum rod end, top cap, and internals for unmatched strength and durability. The 5/8" chrome plated hardened steel shaft resists corrosion and pits, while the 6063 anodized aluminum body and reservoir tubing offer superior heat dissipation, excellent corrosion resistance, and a high-tech appearance. This kit includes polyurethane bushings, zinc plated sleeves, and forged steel mounting stems for OE factory type fitment, ensuring a seamless installation and a perfect fit for your vehicle.

Practical Uses and Benefits

Whether you're an everyday street driver or a weekend warrior, the Icon 96516 shocks are designed to enhance your driving experience. With their one piece linear/digressive piston design and vehicle specific valving, these shocks deliver unsurpassed performance and ride quality, both on and off-road. The nitrile rubber top out bumper ensures noise-free operation, while the 100% rebuildable and 100% revalveable design means you can maintain these shocks for years to come. This versatile shock is ideal for those who demand the best from their vehicles, providing improved handling, stability, and comfort in a wide range of driving conditions.