Hot Sale Fox 985-02-016 Front 2.0 Performance Series Coil-over Ifp Toyota 4runner 4wd Limited Time 70% Off [CgJdLDAu]

FOX 985-02-016 Front 2.0 Performance Series Coil-over for Toyota 4Runner 4WD

The FOX 985-02-016 Front 2.0 Performance Series Coil-over is a top-tier suspension upgrade designed for the Toyota 4Runner 4WD. Engineered with race-proven performance and precision, these coil-overs deliver enhanced damping and superior handling on any terrain. Whether you're tackling off-road trails or navigating everyday driving, this advanced suspension system ensures stability and control that elevate your driving experience.

Robust Construction and Performance Features

The 985-02-016 coil-overs are built to withstand the harshest conditions. They feature a 2.5" smooth bore zinc-plated seamless steel body, offering durability and corrosion resistance. The shocks are zinc-plated and double-clear coated for added protection. Key components are made from black-anodized CNC-machined 6061-T6 billet aluminum, ensuring strength and precision. The adjustable 3.0 Eibach® Racing Springs are tailored to your vehicle, providing optimal preload and ride height adjustments. These coil-overs also boast a 7/8" hardened NitroSteel® steel carbon shaft and a 6061-T6 hard-anodized high flow aluminum piston, guaranteeing smooth and efficient damping performance.

Optimized for Performance and Daily Use

The FOX 985-02-016 coil-overs are the perfect choice for drivers seeking improved ride quality and enhanced performance. With race-proven performance and superior control, these coil-overs are ideal for both off-road adventures and everyday driving. Their adjustable settings allow you to easily match preload to your driving style and vehicle requirements. Upgrade your Toyota 4Runner with these coil-overs and experience the difference in handling, stability, and ride quality. Whether you're a weekend warrior or a daily driver, the 985-02-016 Front 2.0 Performance Series Coil-over is the ultimate choice for anyone looking to maximize their vehicle's suspension potential.