Fritschi

Tecton 12

$849.99
Brake width (MM):
Quantity:

Transfer the maximum of the forces.
All terrains mastered.


EVERY TERRAIN UNDER CONTROL.

Unique alpine ski heel piece ensuring the full transfer of forces from the boot to the ski.

At the rear, where the major forces occur, the Tecton remains as stable and precise as an alpine ski binding. Combined with a non-rotating alpine ski binding type heel piece, the retention system and the Rail transfer the forces directly and without losses between the boot and the ski.

The Tecton achieves not only the performance, but also the safety of alpine ski bindings. It prevents accidental triggering thanks to its high elasticity, and it triggers reliably as soon as the set forces are reached. The easy entry and intuitive handling provide a lot of safety, especially on difficult terrain. The right mix between the lightest high-tech synthetic materials and high-quality metal alloys, provides maximum rigidity and minimum weight.

SWISS MADE – from concept to product
99% of the parts are made in Switzerland and assembled in Reichenbach to form a high quality product.



A FIXATION THREE
DIFFERENT LOOKS

Available as accessories, Color Clips come in three different colors to give your bindings an entirely personal look.

 

RESISTANCE ACCRUE
THANKS TO THE FIBER OF CARBON

The toe and heel frames are made of carbon fiber reinforced high-tech plastics. For a Tecton now even more resistant and durable.

 

THE MIX OF MATERIALS ADEQUATE

A smooth ascent, followed by a safe descent. To meet these expectations, our mission is clear: to combine maximum performance and lightness. The choice of materials is decisive here. Whether it's lightweight high-tech plastics, reinforced with glass or carbon fibers as used in the automotive and aerospace industries, or high-quality light alloys, in the end it is the technical requirements that determine the optimal safety and durability of the product, as well as its uncompromising performance.

 

MADE TO RESIST
EFFORTS MORE INTENSE

A fastener is subjected to extreme stresses. To ensure reliable and precise operation over time, where high dynamic forces act on the system, Fritschi designers use metal parts. These pieces are executed e.g. in hardened steel, forged aluminum or metal alloys obtained by complex processes.

 

 

 

    you might like

    Recently viewed