Fox Racing 36 Float 29in AWL HD RAIL Fork

What Our Gearhead® Experts Are Saying:"I put the 36 Float AWL HD Fork on a heavy-hitting e-bike build and it absorbed everything the trail threw at us without a hint of flex. The 36mm stanchions are noticeably more planted than anything I have run on an adventure platform before, and having integrated mount points for a rack and fender meant the whole setup came together cleanly without a single adapter. If you are building a serious e-bike for long days and loaded rides, this is the fork the build deserves."Some rides do not have a defined endpoint, and the bikes built for those rides need suspension that matches the ambition. The FOX 36 Float AWL HD Fork from FOX Racing Shox is built for exactly that kind of riding, bringing 36mm stanchions into the AWL adventure platform for the first time and delivering a front end capable of handling everything from extended bikepacking missions to full-power e-bike laps on demanding technical terrain. Whether the objective is a multi-day loaded traverse or simply going further and faster than the ride before, this fork makes the front end the last thing worth worrying about.The heavy-duty chassis centers on 36mm stanchions that carry the structural rigidity expected from a trail and enduro platform into the adventure and e-bike world, tracking precisely through rough sections regardless of system weight or total load. The e-Optimized construction reinforces the fork to handle the higher speeds and sustained impact frequencies that motor-assisted riding generates, while the RAIL damper with Sweep-Adj tuning gives riders a simple, effective control range to match the fork's feel to the terrain at hand. Integrated fender, rack, and light mounts keep the build intentional rather than improvised, and the 160mm direct post mount rotor interface with compatibility up to 230mm covers the full range of stopping power requirements for loaded and high-speed adventure platforms. Available in 140mm and 150mm travel, the AWL HD fits a wide range of geometry targets without compromise.