Christmas Sale Fox 883-26-087 Rear Performance Elite Series 2.5 Reservoir Shock (pair) - Adjustable Gm 1500 Non-tb/non-at4 2.5-4" Lift, Tb/at4 0-2" Lift Perfect Gift [w8tN9LIG]

FOX 883-26-087 Rear Performance Elite Series 2.5 Reservoir Shock (Pair)

The FOX 883-26-087 Rear Performance Elite Series 2.5 Reservoir Shock (Pair) is a game-changer for your vehicle's suspension system. Engineered with precision and designed for both on-road and off-road adventures, these shocks deliver unmatched performance and durability. With their race-inspired design and high-quality construction, they are the perfect choice for enhancing your vehicle's ride quality and control.

Key Features and Specifications

The FOX 883-26-087 shocks boast a 2.5" Smooth Bore Zinc Plated Seamless Steel Body, ensuring longevity and resistance to corrosion. The Black-Anodized CNC-Machined 6061-T6 Billet Aluminum Components add a touch of elegance while providing unmatched strength and precision. The 7/8" Hard Chrome Plated Heat-Treated Alloy Steel Shaft guarantees exceptional strength and resistance to wear and corrosion. These shocks also feature a Race-Developed High-Flow Piston Design for smooth and efficient damping performance. With Application Specific Valving and a Redundant Sealing Pack System, these shocks are built to last and offer enhanced protection.

Practical Uses and Benefits

The FOX 883-26-087 Rear Performance Elite Series 2.5 Reservoir Shock (Pair) is suitable for most stock and lifted trucks and SUVs, providing improved damping across any terrain. The DSC Adjuster allows for easy suspension adjustment to suit different driving conditions, ensuring a customized ride. With enhanced ride quality, superior control, and increased capacity, these shocks are the ideal choice for both daily commutes and rugged off-road excursions. Whether you're tackling challenging trails or navigating city streets, these shocks will keep you confident and in control. Upgrade your vehicle with the FOX 883-26-087 and experience the ultimate in suspension performance and control.