A solution used along the entire length of the side walls of the ski for precise steering and control.

Reinforcement of the all-mountain ski (over the entire length, width and edges) with a three-dimensional layer of fibreglass. The ski is more agile, the power transfer to the edge is greater and the grip on icy slopes is more stable.

The use of a technologically advanced aluminium alloy, titanal, in the construction of the ski, which is responsible for maintaining the stability of the equipment and ensuring the precision of the ride even at high speeds. The system is mainly used in sport skis.

MULTILAYER WOODCORE 1 technology is an advanced way of constructing a ski core, based on the use of a multilayer wood structure. At its heart is poplar wood, prized for its properties that provide the ski with lightness and flexibility. For additional reinforcement, stronger beech wood is used where the bindings are mounted. The whole is complemented by the use of super-light paulownia wood, which contributes to an even greater reduction in the weight of the ski while maintaining its strength and resistance to damage.

The Tailored Carbon Tips technology is a lightweight, visibly integrated carbon fibre tip that allows the shovel to react agilely with less effort and to store energy quickly. This brings the technology to a new level of precision, direct tip response and active skiing pleasure.

BASE P-TEX 4504 is an advanced material used in the manufacture of racing skis, which consists of a sintered mass of ultra-high-density polyethylene. This gives it exceptional abrasion resistance and the ability to absorb wax, resulting in outstanding ski speed. This material is only used in top-of-the-range racing skis. Special additives, which are part of the composition of BASE P-TEX 4504, make the material thermally and electrically conductive, ensuring fast gliding and maximum speed on the race course.