Fibreglass laminate used in board construction. The special fibre layout transfers power directly to the edges and gives the board the right flex. This makes the equipment extremely reactive, stiff and fun to ride.

A material processing technology used to produce sintered bases. Crushing polyethylene granules under high pressure produces a porous base that absorbs wax better and is more resistant to abrasion, extending the life of the snowboard or ski.

Classic plank structure consisting of glass fibres and a PVC layer. Gives the board strength and lightness.

The Performance™ Core technology, thanks to bamboo and lightweight Paulownia wood, provides strength, durability while remaining lightweight.

A technology consisting of a radial distribution of carbon fibres in the boards from RIDE. It influences the immediate transfer of power from the bindings to the edges, allowing you to gain full control of the board in any position.

RIDE's Slimewall® technology is an evolution of the Roll-in design. The three-dimensional composite structure provides more efficient energy transfer, lighter construction and improved damping.

Cleave Edge™ uses 50 per cent more steel in the manufacture of snowboards to provide resistance to edge breakage and strength to achieve a greater sharpening angle.