Introducing the Fox FLOAT X2 Shockthe epitome of gravity air shock performance setting the standard in the industry. Engineered to deliver an ultra-plush, coil-like feel combined with exceptional damping capabilities, this shock is optimized for Downhill and Enduro racing.

As part of the “Factory” series, this shock is packed with features and meticulously engineered to surpass the expectations of Fox Factory-level ridersafter all, Fox sells what they race. Factory Series products boast the signature slippery smooth and ultra-durable Genuine Kashima Coat.

Achieve precision tuning for precise race runs with the FLOAT X2, offering 4-way adjustability of high/low-speed compression and high/low-speed rebound dampingall easily accessible via external dials. Our Variable Valve Control (VVC) technology enables trailside high-speed rebound adjustment, providing riders with optimal damping and race-level performance in any situation without the need for shock disassembly.

Designed to close the performance gap, the X2’s oversized air chamber delivers a more linear, planted ride feel desired by gravity riders. With the MCU bottom-out bumper ensuring end-stroke progressivity and the weight savings unique to air springs, the X2 narrows the downhill performance gap between coil and air, offering riders an unparalleled experience on the trail.

Fox Float X2 Factory Shock Features:

• NEW base valve piston design and compression tune for increased damping performance and improved sensitivity
• NEW bearing housing seal package virtually eliminates the possibility of aeration
• NEW scraper seal for improved durability
• NEW more robust eyelet design on trunnion models
• NEW 7000 series shock body on all models
• NEW hard chrome damper shaft finish for increased durability
• MCU bottom-out bumper for end-stroke progressivity
• Matching 8-click HSC and HSR adjustment on GRIP2 forks and X2 shocks
• Unrivaled high-speed rebound tunability via VVC (Variable Valve Control)
• Independent firm mode circuit(on models with 2-position switch)
• Finned inner body for improved structural rigidity and reduced hysteresis

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