Fox Suspension Float X2 Factory 2 Pos Adj - Metric - Kashima-Gray - 2025

Combining ultra-plush coil-like comfort and incredible damping prowess with the light weight of an air spring and an unmatched level of tunability, the Float X2 brings new levels of control and performance to every terrain imaginable. Spring Type: Air External Adjustments: Low Speed Compression, High Speed Compression, Low Speed Rebound, High Speed Rebound, Two Position Switch, Air Pressure Internal Adjustments: Volume Spacers Mount: Trunnion top/eyelet bottom Mounting Hardware: Sold separately Warranty: 1 Year PRECISION TUNING FOR PRECISE RACE RUNS FLOAT X2 offers the ultimate in precision tuning with 4-way adjustability of high/low speed compression and high/low speed rebound damping, all conveniently accessible via external dials. Our Variable Valve Control (VVC) technology allows trailside high speed rebound adjustment (a step which would otherwise require shock disassembly) giving riders optimal damping and race-level performance for any situation. CLOSE THE PERFORMANCE GAP The X2s oversized air chamber provides a more linear, planted ride feel that gravity riders desire. With the MCU bottom-out bumper ensuring end-stroke progressivity and the overall weight savings that only an air spring can provide, X2 further narrows the downhill performance gap between coil and air. FLOAT X2 SPECS NEW chassis & damper NEW high-flow main piston NEW progressive bottom-out bumper NEW lower friction air seals NEW ultra-low friction, highly durable hard chrome damper shaft finish NEW graphics Improved bearing ratio for metric sizes Matching 8-click HSC and HSR adjustment on GRIP2 forks and X2 shocks Updated compression ratios, 300psi max Improved high-speed rebound tunability via addition of VVC (Variable Valve Control) Increased control and decreased harshness via linear damping Ultra-low-friction, highly durable damper shaft finish Independent firm mode circuit firmer lockout than previous FLOAT X2 Finned inner body for improved structural rigidity and reduced hysteresis.