A kitesurfboard design that combines the shapes of a flat-bottomed board and a concave board. In the ELLIPTICAL PROGRESSIVE CONCAVE board, the tail is flat and the middle section is concave. In this way, the advantages of both shapes have been successfully exploited.

The technology used to manufacture kitesurf boards. It uses variable flex zones, advanced board core materials and laminates to eliminate virtually all vibration. The ride is smoother and faster and the board holds its edge in all conditions.

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.

Technology that transfers power to the edges of sports equipment. Often used in winter or water sports boards. Effectively dampens vibrations, making the boards more precise and easier to handle.

Special kiteboard construction designed in harmony with the natural movement of the human body. The rear edge supports kicking and riding upwind. The shortened front edge makes it easier to manoeuvre. The overall design contributes to putting less effort into maintaining the edge compared to traditional boards.

A technology commonly used in the manufacture of skis and snowboards. It involves pre-stressing the surface of the product so that it has the ability to store energy in its core. As a result, boards or skis are dynamic, lightweight and optimally stiff.