| Segment: | Free Skiing & Touring |
| Target group: | Active, dynamic, progressive |
| Ideal ski width: | > 80mm |
| DIN setting: | 5 to 13 |
| Weight: | 550 g / unit without ski stopper |
Alpine heel with rail
Direct, full-power transmission with a stable Alpine heel jaw and exceptional rails, which hold the boot even more securely than an Alpine binding.
Consistent optimum edge grip
Dynamic length compensation
The consistent full-edge grip and unlimited agility due to the dynamic, incomparable 10 mm length compensation for the natural flex of the ski.
Lightness and performance
Optimal material mix
Maximum stability and resilience at the lowest weight due to the optimally coordinated use of high tech materials.
ALWAYS ON THE SAFE SIDE
The integrated safety technologies of Alpine bindings with lateral release in the toe and frontal release in the heel assure a secure hold in any situation and prevent injuries. The high elasticity of the release and a DIN setting of up to 13 provide confidence with control and safety.
No pre-releases
Lateral toe release
Reliable lateral release and DIN setting in the front unit with a long dynamic travel of 26 mm to prevent an unintentional release.
Vertical release like alpine bindings
High elasticity
Reliable vertical release and DIN setting in the heel unit with a dynamic travel of 9 mm to prevent pre-release.
Reliable release in any Situation
Dynamic length compensation
Consistent release at the set DIN values due to the dynamics of the incomparable 10 mm length compensation for the flexing ski.
Emergency release
Release also in ascent
Emergency release in the front unit while ascending in the event of a significant external impact.
Carbon fibre-reinforced high-tech plastics are used for the front and heel housing. In other words: the Tecton is now even more stable and longer lasting.
Climbing up to the peak with ease and getting downhill safely. Fritschi claims to achieve this at top performance and with the lowest possible weight. The optimal mix of materials makes the difference. Whether light glass fiber or carbon fiber reinforced high-tech plastics are used, as in the automotive and aviation industries, or high-quality metal alloys are ultimately determined by the technical requirements for optimal product safety and durability and powerful performance without compromise.
COUNTERACTING THE HIGH FORCES
Bindings are subject to extreme stress. To ensure a long-lasting and reliable high-precision function Fritschi’s designers are using metal components wherever high dynamic forces are acting on the system, e. g. hardened steel, forged aluminum or metal alloy components made by complex processes.
