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.

Fischer's unique system based on the waist within the three turn radii, which increases the ski's handling control and allows better power transmission in both short and long turns.

A solution for matching the thickness and shape of the high-strength alloy to the performance of the ski. This translates into adequate grip and stability and a smoother ride.

Fibreglass bridge located in the binding area of Fischer skis. Extremely lightweight and extremely strong fibreglass improves edge grip and ski stability.

A layered ski construction in which the core is cut at almost 90 degrees and surrounded by reinforced sidewalls along its entire length. The layered construction makes the equipment stiffer and more durable compared to other models. The skis are stable and their edges grip the snow well, even on icy trails.

The Noize Control™ system effectively dampens sounds and reduces noise transmission. Thanks to the use of special layers and vibration-absorbing materials, it maintains optimal silence even in demanding environments. This solution improves user comfort by eliminating distracting external noise.

Superflex is a design feature used in skis that enhances their flexibility and responsiveness. The core and composite layers are designed to precisely flex under load and quickly return to their original shape. This allows the skis to hold their edges better, respond more smoothly to skier movements, and offer dynamic handling on a variety of snow types.