Burton Lexa X Womens Snowboard Bindings 2022 White / Grey / Logo
The Burton Lexa X Snowboard Bindings bring the pro to the people, with a stiffer flex than the regular version and all new highbacks for improved precision, response, and power. They're built with stiff nylon composite Re:Flex™ baseplates, cushy FullBED footbeds to dampen vibration, and grippy Heel Hammock construction to keep your heels locked in tight, even when your supersonic straight line turns to chunder and chop. Any line, any conditions, any day, you can trust the Burton Lexa X Snowboard Bindings to handle it in style.
Medium-Stiff Flex – Helps with quick, technical maneuvers, even at high speeds. Great for all-mountain carving, powerful freeriding and charging through the terrain park.
Re:Flex™ Binding System – Offers more flex, feel, and cushioning than traditional disc bindings, in a package that's universally compatible with all current mounting systems, including 4x4, 3D® (via Burton Rider Service), and the Channel®. The minimized, cored base-plate with Living Hinge™ disc reduces the weight and footprint of the binding, while also bending freely for a more natural flex.
Single Component 30% Short-Glass / Nylon Composite Baseplate – More responsive yet playful. One material throughout creates consistent response and feel for all-terrain domination.
Re:Flex™ FullBED Cushioning System – Offers full underfoot cushioning that maximizes comfort while minimizing fatigue. Anchored to the baseplate, the stealth trap door design makes it easy to access the mounting hardware.
B3 Gel – The same cushioning found in Burton's high-end boots for ultimate dampening that's formulated to withstand repeated impacts without breaking down or hardening up in cold temps.
Single Component Construction – The simplicity of a one-piece hi-back means immediate response. Using Burton's book of material secrets, they can manipulate the overall flex profile -- from buttery to responsive.
Zero-Lean Canted Hi-Back Design – Your legs don't go straight up, and neither should your hi-backs. This ergonomic design follows the natural contours of your left and right legs to maximize control and comfort. Riders who prefer a more playful and relaxed feel will dig the Zero Forward Lean design on select hi‑backs. As always, you can still choose to crank ‘em forward for quicker control when carving or climbing icy pipe walls.
Heel Hammock – A reinforced rubbery material wraps response around the heel of any boot. Run your straps a little looser and still get lightening fast response out of turns with your heel cradled in complete suspension.
DialFLAD™ – The higher the Forward Lean angle on your hi-backs, the quicker your heel-edge turns. Crank ’em forward for icy hits in the pipe, or back ’em off for jibbing.
Asym Hammockstrap™ – Featuring the same minimal and seamlessly comfortable design as the Hammockstrap, this asymmetrical pad and spine shape wraps the boot in response. Flip the straps for increased freedom, or run stock for power and support.
Supergrip Capstrap™ 2.0 – Minimalist design merges two materials into one technologically advanced toe strap. A firmer material in the spine provides a supportive and lightweight skeleton, while a softer over-molded material improves boot wrap and comfort. Featuring Ultra-minimized and fully injected with an over-molded design. Made ultra-durable, glue-less, stitch-less and PU-free construction. 3D curved with a triple axis spine as well as a true wrap toe window.
Flex Slider – Makes strapping-in a breeze with a strategically stretched hinging zone that allows the heel strap to flex and fall fully open. Thanks to science of forced molecular alignment, the Flex Slider is also incredibly strong.
Double Take Buckles with Insta-Click – Be the first to drop in with the rapid ratcheting of Burton's Double Take Buckles. Helical teeth and "Insta-Click" engagement combine for increased torque per crank, faster uptake, and fewer cranks to tighten. The result: vastly improved strength, speed and ease of use.
Compatible with All Major Mounting Systems
Re-Ground Materials to Reduce Waste