BURTON 1995 KELLY AIR LTD SNOWBOARD 2024

Directional Camber Profile - Burton's directional camber profile puts a camber profile at the back with rocker at the nose, allowing for a shorter and more maneuverable board. By moving the camber back the transition into rocker naturally lifts the board at the nose, providing you with a more floaty ride in powder and allowing you to maintain momentum and stability on those deep powder days.

The Channel® - The Channel is an exclusive Burton mounting system using a central spine that allows you to micro-adjust stance width, angle, and toe-to-heel centering with ease while at the same time dispersing energy for added rebound and snap.

(Only Channel-compatible bindings work with this board)

Super Fly II™ 700g Core - Stronger and lighter woods target specific areas of the core to provide pop, strength, and reduced weight.

Dualzone™ EGD™ (Engineered Grain Direction) - The wood grain is positioned along the toe and heel edges on two continuous zones, perpendicular to the rest of the wood core, for consistent edge-hold and added strength.

Infinite™ Ride Construction - A Burton exclusive technology allows their boards to maximize pop and strength by overbuilding the board for you. Whether you choose to ride Spring-loaded, Rocker, or Camber, rest assured that with Infinite Ride your board will maintain its flex, pop, and feel from the first day forward, season after season.

45° Carbon Highlights Hi-Voltage Stringers - Carbon Highlights optimize each layer of the fiberglass matrix and adds a full tip-to-tail carbon layer to reduce overall weight and fine-tune torsional feel to achieve different ride characteristics. A 45° fiber angle provides a more aggressive ride.

Sintered WFO Base - Infusing a specially formulated wax deep into the pores of this extra-absorbent, high-density sintered material results in an ultra-durable base that stays "Wide F!#@ing Open" all season in any condition.

Super Sap® Epoxy - Resin formulated with bio-based materials, reducing the carbon footprint by 50% over conventional petroleum-based epoxies. Less oil consumption means even less of a carbon footprint per board.