Designed for the 2008-UP Toyota Land Cruiser 200 Series, HURRICANE PERFORMANCE EXTREME SERIES 2.5” remote reservoir coil-overs are a powerful upgrade. With 1.5-3.5” lift height adjustability, they allow for larger, more aggressive wheel and tire combinations. The 2.5” shock body and increased piston area elevate damping ability and ride comfort in diverse terrain. The remote reservoir enhances consistent damping and keeps shocks at a cooler temp under intense use. Paired with rear bypass 2.5 Series shocks, they deliver superior handling front and back for an optimal driving experience. The Bypass Valve is an externally adjustable valve that restricts oil flow through the bypass tube and provides 28 settings of compression and rebound adjustment with no tools required. Additionally, these shocks are 100% rebuildable and adjustable. The rebound and compression adjustment valve makes for easy tuning and on-the-fly adjustment, allowing for complete customizable handling for any environment. All professional grade components are durable and resilient for long-term performance.

• Front Shocks- 2.5 Coil-over Remote Reservoir Shock with Compression & Rebound Adjuster
• Rear Shocks- 2.5 Bypass Remote Reservoir Shock with Compression & Rebound Adjuster
• Body: 2.5″ size, Smooth bore
• Shaft: Front-22mm and Rear-22mm hard chrome plated 4130 steels
• Piston: Race-developed, High-flow piston design, Super strong hardened chrome piston rod engineered to handle the rigors of heavy loads and tough 4×4 touring.
• Valving: Proprietary deburred valve shims
• Seals: High temperature Viton seals
• Oil: Hurricane Racing Shocks Oil Formulated ultimate performance at variable temperatures
• Mounting: Bearing and rubber selected
• Gas Pressure: Adjustable, 80-200psi
• External free bleeding adjustment for best riding with 20 stages of compression adjustment

• TECH NOTE: These coil-over’s are meant to be installed with an aftermarket Uniball upper control arm kit to ensure the proper amount of wheel travel and to prevent premature ball joint wear.