The Burton Men's Cartel X Re:Flex Snowboard Bindings deliver pro-caliber performance with a lightweight, versatile, and highly responsive feel built for charging across the entire mountain. Upgraded with a stiffer 45% short-glass composite baseplate, the Cartel X offers immediate edge-to-edge power transfer for aggressive riders. Burton's Heel Hammock highback cradles the boot heel in constant tension for rapid turn execution, while the Hammockstrap 2.0 ankle strap and Supergrip Capstrap 2.0 toe strap provide a secure, pressure-free fit. Built with Re:Flex FullBED underfoot cushioning to absorb chatter and heavy landings, these bindings deliver high-speed stability and universal mounting compatibility with all major board brands.
Mounting System: Re:Flex (Compatible with 4x4, 3D, and The Channel)
45% Short-Glass Composite Baseplate: Single-component construction featuring a high glass blend for lightweight durability, increased rigidity, and instantaneous board control.
Heel Hammock Highback: Integrates a flexible, rubberized material that wraps the heel of the boot to provide lightning-fast heelside response and vibration dampening without needing overtightened lacing.
Hammockstrap 2.0: Low-profile, 3D-molded ankle strap engineered to contour tightly around the boot, distributing pressure evenly to eliminate hot spots.
Supergrip Capstrap 2.0: Fully injected, lightweight toe strap that wraps over the boot toe box to keep the heel locked securely into the heelcup without slipping.
Re:Flex FullBED Cushioning System: Provides full underfoot EVA padding to dampen trail chatter, cushion landing impacts, and reduce foot fatigue, complete with a trapdoor design for easy mounting access.
DialFLAD Forward Lean System: Micro-adjustable forward lean mechanism allows riders to customize the angle of their highback for precise edge engagement.
Smooth Glide Buckles: Leverages lightweight aluminum levers and smooth polycarbonate barrels to ensure effortless ratcheting, reliable lock-in, and quick release.
Reground Materials: Integrates recycled manufacturing materials into the construction to help minimize production waste and lower environmental footprint.
