Member Exclusive Fox 2.0 Ifp Rear Shock | Performance Series | 2.5"-3.5" Lift | Gladiator Jt Bundle Deal [ehRwpYft]

Enhance Your Jeep Gladiator JT with FOX 2.0 Rear Shocks

Upgrade your Jeep Gladiator JT's off-road capabilities and on-road comfort with the FOX 2.0 Performance Series IFP rear shocks. Engineered to complement vehicles with a 2.5"-3.5" lift, these shocks are designed to elevate your Jeep's performance to new heights. Say goodbye to stock shock limitations and experience the difference that FOX technology can make.

• IFP Technology: The Internal Floating Piston design ensures a smooth, aeration-free ride by isolating the gas charge chamber from the shock fluid.
• High-Quality Materials: Crafted from impact-extruded 6061-T6 aluminum, these shocks offer superior strength and durability, while the clear anodized bodies reduce weight and enhance heat dissipation.

Key Features and Specifications

Experience the pinnacle of performance with the FOX 2.0 Performance Series shocks. Engineered for Jeeps, these shocks are a significant improvement over stock options. The 5/8" hard chrome-plated, heat-treated steel shafts combined with race-inspired high-flow pistons and precision valving provide unmatched stability and responsiveness.

• USA-Made Quality: These shocks are proudly manufactured in the USA, ensuring top-notch craftsmanship and reliability.
• Complete Pair: Sold in pairs, these shocks are designed to work seamlessly together for optimal performance and ride quality.

Practical Uses and Benefits

No matter where you take your Jeep — on or off the road — you'll be thrilled with the quality and performance of the FOX 2.0 Performance Series IFP rear shocks. From rugged trails to daily commutes, these shocks provide the ride cushioning and stability you need.

• Improved Off-Road Performance: Handle the toughest terrain with ease, thanks to the advanced engineering and design of the FOX 2.0 shocks.
• Enhanced On-Road Ride Quality: Enjoy a smoother and more comfortable ride on the streets, thanks to the shocks' superior dampening capabilities.