A single-layered elastomer that is approximately three times thicker than multi-layered elastomers. It has great durability through enhanced adhesion and also exhibits high vibration absorption. It is heavier than conventional materials and offers superior high-speed stability and straight-line performance.

Our premium sliding material created by NANO technology. It's ultra-high molecular weight improves wax retention and suppresses static electricity which eventually causes added resistance. (Molecular Weight: 10.5 million)

With a "floating" nose and camber back, one can accelerate by putting pressure on the back foot. This can be easily achieved on freeruns and gives a sense of floating in powder snow.

A high-density core material built for superior strength and tenacity. When landing, the impact is absorbed, dispersed and then converted into energy towards you riding.

Our new PE-based material with 30% higher vibration damping properties than the conventional ABS material. This material is mounted on the deck surface with aim to suppress the vibration that occurs throughout the board when on an uneven snow surface. This new technology  limits any unpleasant shaking and creates the feeling of a smooth ride as the board glides on the snow surface.

Magnesium is the lightest of all practical metals with the greatest specified strength and vibration absorption. With the AZ31 spec it has now been successfully incorporated into snowboard design. Magnesium has excellent vibration damping properties and minimizes board vibration while riding at high speeds.

Nano rubber particles are compounded into a resin that binds the carbon fiber. This allows for the materials to increase fracture toughness. The resin itself also has vibration-damping properties, which results in more rigidity, stability, and an overall smooth riding feel.