Medium Flex: 5 (1 Soft - 10 Stiff) – A balance of quick edge engagement and a more forgiving, playful feel. Great for all-around riders.

1:1 Medium Flex PowerUP Tongue – Burton offers 1:1 lasting on every boot. It means every half and full size shell, tongue, and out sole offer a precise fit that is not as common as one would think. Drop your loot on a Burton boot and you won't be stuck with the slop of a mismatched shell and liner. PowerUP tongues feature additional dual-density material for rebound and durability.

Articulating Cuff – Allowing the upper and lower zones of the boot to flex independently creates fluid forward motion, minimizes shell distortion, and maximizes heel hold and response.

Imprint™ 3 Liner – DryRIDE Heat Cycle™ Lining | Focus Cuff Heel Hold System with Velcro® J-Bar Interface and Inner Lace Lock | Plush Cuff 1.0 (women's only) | Lightweight Power Panels | Velcro® Liner Closure | Level 2 Molded EVA Footbed with ESS Support Shank and Aegis™ Antimicrobial Coating | Heat-Moldable

Focus Cuff – Boosting heel-hold by hugging that sweet spot around your ankle, the Focus Cuff rides slightly higher on your ankle than the Lock-UP Cuff for increased response.

Velcro® Liner Closure

Dual Zone Boa® System with Coiler™ Technology – All Burton men’s, women’s, and youth boots with Boa® feature the virtually indestructible, Warrantied for Life performance of Burton‑exclusive New England Rope laces. Built with a redesigned inner Coiler spool to route the laces, the dial‑it‑in system retains its quick, easy, and effective lace adjustment. Natural fiber ropes equal a more natural flex and feel for greater all‑day comfort.

TX3 Lacing – The best of both worlds. TX3 is a flexible and low-friction textile lace used in high-power boots to provide a soft, modern design aesthetic with lasting durability and strength.

Step On™ EST® Outsole – EST® goes beyond bindings by drawing inspiration from the surf/skate heritage of snowboarding and giving you a more direct connection to your board. By eliminating the ramp angle of your outsole, EST lowers your center of gravity, improves board feel, and creates a more surf/skate-like feel.

Recycled Content Rubber

Compatibility – Must Be Used with Burton Step On™ Bindings

Sleeping Bag Reflective Foil – This low-profile and lightweight underfoot technology reflects heat back to the feet, improving both warmth and comfort when faced with cold conditions.

Medium Flex – The happy medium of binding flex. Medium flex models perform equally on all terrain. Great for progression - responsive, comfortable and forgiving.

Single Component 18% Short-Glass / Nylon Composite Baseplate – A high‑performance blend featuring ramped up strength in a soft‑flexing package. One material throughout creates consistent response and feel for all-terrain domination.

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, sold separately), 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.

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.

FLAD™ – The higher the Forward Lean angle on your hi-backs, the quicker you heel-edge turns. Crank them forward for icy hits in the pipe or back them off for jibbing. Tool-free and micro-adjustable for easy fine-tuning and maximum angle options.

Compatibility – Must Be Used with Burton Step On™ Boots

Re-Ground Materials to Reduce Waste

Step On® Binding System – Step On® boot-to-binding system uses two points of connection by the toe utilizing Toe Hooks 2.0 that feature a spring hinge that flexes to maintain closure and provide an easy entrance and exit and one connection point by the heel for increased boot and binding response.