Fischer Twin Skin Speedmax 3D

The latest from the World Cup: Proven Air Core material - the most successful ski core with over 80% air content for extremely light weight combined with highly molecular carbon fibres.

For racers. Minimises differences in residual tension and camber pressure. Top climbing and kick performance.

Race ski construction with noticeable pressure relief at the ski tip and tail for a direct, quick and safe kick phase. Ideal for: universal to wet conditions, klister.

The revolution in ski making: Speedmax technology to protect the homogeneous molecular structure of the base for perfect wax absorption. Guarantees maximum speed.

Deeper and coarser Plus structure, ideal for warm and moist conditions. Produced using natural diamond.

Multiaxial T300 1K carbon fibre. High strength and minimum weight laminate.

The finishing touch now comes from Finish First: the term that covers and unites all the individual technological steps in the course of the final treatment of the base.

Newly introduced World Cup technology is a thin waxable layer on the sidewalls to reduce friction for more speed with less energy. The sliding sidewall can be prepared with liquid wax only.

The next generation in ski pairing: fully automatic dynamic measurements of a multitude of pairing criteria ensures precise ski choice and optimised pairing.

Infrared preparation with hot wax. Best gliding properties, protection against dirt and oxidation. Powered by VAUHTI.

The RACE CODE label of quality guarantees technological lead for professionals and ambitious skiers, direct from Fischer’s racing department: The close contact of the Fischer development team with athletes and trainers ensures that valuable inputs from the piste are implemented directly in technological innovations. Because victory is a question of perfect details.

Two separate skin strips arranged in offset positions and with variable base-depth integration result in smooth and balanced gliding.Mohair skins ensure you can rely on the kick action, especially in hard or icy conditions.