Fritschi Tecton 13 Bindings Black Blue

The Fritschi Tecton 13 bindings feature technical improvements under a convincing new design. The well-defined combination of power and functionality prove all its sophisticated technology, down to the last detail. The Tecton reaches the performance and safety levels of alpine bindings. The pretension ensures that the ski release conforms to the selected DIN. Easy footing and intuitive control maximize safety, especially in difficult terrain.

In the heel, where the forces are greatest, the Tecton remains stable and precise as if it were an alpine binding. The sole of the boot is in direct contact with the binding. This, together with the contact with the rail, provides maximum power transmission and control between the boot and the ski.

Features:
- Maximum power transmission. Everything under control in any terrain.
- Alpine fastening concept (lateral toe release, front heel release)
- Boot fastening: Pin / Clamp
- Use: Free Tour
- DIN: 5 - 13
- Weight: 550 g/piece without brake
- Ski width: > 70 mm
- Individual adjustment of lateral and vertical release
- Alpine heel pad with rail
- Lateral toe release with DIN and 13mm of elasticity
- Vertical release in heel cup with 9mm of elasticity
- Reliable release with 10mm pretension in ski flexion
- Early release of the boot in the event of a forward fall from 65°
- Emergency release in ascent mode
- Stable, light and grippy brake
- Easy footwear
- Ease of use of the set



Specifications:
- Now with Carbon - For Greater Stability
Use of carbon fibre reinforced plastics in the toe and heel cup shells. The Tecton becomes even more stable and durable.

- Alpine heel pad with rail
Exclusive feature, the rail is embedded in the back of the boot, it is perfectly centered preventing loss of power.

- Solid, non-rotating heel pad
The heel pad always remains laterally stable. Unlike other pin bindings, the power transmission is not interrupted by rotational mechanisms when turning.

- Fastening system with alpine heel pad
The heel clamp firmly presses the sole of the boot against the base of the binding, which in turn is directly connected to the ski, thus achieving direct and firm traction.

Technology:
- Counteracting High Tensions
The bindings are subject to a high degree of stress. To ensure long life and high-precision reliability, Fritschi designers use metal components where high dynamic forces act on the system, such as hardened steel, forged aluminium or metal alloys manufactured by complex processes.

- The Ideal Blend of Materials - For Maximum Performance and Lightweighting
Jib easily to reach the top and make a safe descent. We pursue this goal with maximum performance and as little weight as possible. Choosing the perfect combination of materials will make all the difference. Whether using glass fibre or carbon fibre reinforced engineering plastics, the same as those used in the aerospace or automotive industry, as well as state-of-the-art alloys, allow the quality level to be achieved to ensure safety, long life and reliability without compromise.

- Safety First
Climbing is very easy with pin bindings. This is what they were originally designed for, as part of a boot-fixing system. However, when it comes to safety, not all models on the market are ready to offer a good solution. With its innovative technology, Fritschi brings safety to the pin fastener market.

- Fritschi Pin Safety System
All settings of Fritschi bindings can be verified with binding test instruments. Important and basic functions of any fastening, such as release during use under dynamic effects, are integrated in all models. With additional functions, depending on the model, pin systems offer almost the same safety standards as alpine bindings.

- One Fixation - 3 Different Looks
5 different clips in attractive colours are available as accessories so you can customize the fixture to your liking.