The SRP WC technology consists of High-Tech composite materials, never used til now in skiing manufacture, which are incorporated into the structure and the mechanical stabiliser inserted at the apex of the Activa SRP plate. The stabiliser is composed of the same material placed inside the structure. The combination of these elements and their positioning in the ski have been calibrated at laboratory level to enhance the dampening capacity of vibrations at speed. The result is ideal stability and responsiveness that allows the athlete optimum precision on all types of tracks.
The SRP RC technology was developed on the same concept as the SRP WC. In the RC line, the High-Tech material inserts are calibrated and positioned in precisely defined areas of the structure to improve performance in free-field skiing. The result is an outstanding handling combined with surprising stability.
In the GS-SL and RC skis, a double Titanal layer is used, calibrated in terms of size and profile. This construction allows the ski to combine remarkable stability with excellent responsiveness, which gives the ski ideal fluidity and grip on all types of snow and tracks.
In the DH and SG skis, we use three layers of Titanal that are calibrated and combined to achieve a high degree of torsional hardness and great stability at high speeds and on uneven and stepped terrain.
We developed this technology with precise objectives in mind; this construction allows the tip of the ski to have a considerable degree of longitudinal deformability while leaving the torsional rigidity unaltered. This results in easier and more immediate entry into turns, which is achieved with less energy and allows for more precise trajectories.
This construction is based on the upper rounding of the sandwich structure, resulting in greater torsional rigidity during curve development for the benefit of precision and efficiency in handling, as well as excellent wear and tear resistance.
This technology is unique to our company; it is based on a special sidecut with the tip area narrower than the tail. The inverted geometry construction, which is constantly being used by our Master athletes at international level, obtaining countless titles, allows for easy and quick entry into turns and better propulsion and support coming out of turns. This allows for more effective trajectories and superior race performance.
Inverted Shape Geometry
In SL skis, special side guards are used at the level of the shovel, the material used guarantees high strength and makes it possible to limit the damage resulting from collisions with poles.