Offering sick color options to go with every board's graphics, the Burton Infidel Snowboard Bindings will sure look fly with yours too. But just like you, the Infidels go way beyond good looks; choose between power and playfulness by flipping the Asym Lushstrap™ on your ankle. The Canted Hi-Back, composed of a durable and lightweight nylon material, seamlessly aligns with your boot for comfort and support. Experience a quick edge transfer, smooth presses and unprecedented comfort with the Burton Infidel Snowboard Bindings.
Flex Rating: 8 (1 Soft - 10 Stiff) This stiff flex is ideal for freeriders and all-mountain chargers for supreme response and connectivity.
Re: Flex™ Baseplate A baseline blend of strength and flex versatility - 40% Long Glass and Polypropylene Composite.
Re: Flex™ FullBED Cushioning Full coverage cushioned platform maximizes comfort while minimizing fatigue. Anchored to the baseplate, the trap door design makes it easy to access the mounting hardware.
Asymmetrical Lushstrap™ A comfortable 3D curved design. The triple axis spine and concealed EVA padding add durability and flexing power. The strap is reversible, so you can choose between power or mobility.
Flex Slider Makes the ankle straps move out of the way so you can step into the binding without obstruction. Burton's Flex Slider has a Limited Lifetime Warranty.
Primo Capstrap™ Low-profile and lightweight. A 3D® curved triple axis spine makes for a secure fit.
Smooth Glide™ Buckles Lightweight aluminum and polycarbonate levers give you season after season of buttery smooth and reliable ratcheting power.
Canted Zero-Lean Hi-Back This nylon single component highback has a high strength to weight ratio. The ergonomic design matches the natural contours of your legs to maximize comfort and board control. Zero-Lean is great for riders who like the relaxed and playful feel of an upright stance. The highback's forward lean angles are adjustable.
MicroFLAD™ Burton's tool-free forward lean adjustment system.
Compatible with all major mounting systems.
Features re-ground materials to reduce waste.