Ski bindings have come a long way from the first rudimentary systems to become true guardians of the balance between body and mountain. For 60 years, Fritschi has been a beacon on this path, perfecting the art of connecting the skier to his or her environment. Today, precision-fit, technologically advanced ski bindings are not only the first barrier against ski and snowboard injuries, but also the link that knows when to release the ski, protecting the integrity of the skier.

Technological evolution of Fritschi bindings

Since the first bindings with ropes and straps, innovations in this field have revolutionised modern skiing. Today’s bindings feature systems that allow for dynamic adjustment and secure release when needed, something unthinkable in early designs. This evolution has been driven by the need to find a balance between light weight for the

a balance between light weight for ascents, and robustness and safety for the demands of descents.

Modern ski bindings have also integrated systems that optimise weight transfer, facilitating more precise control over the skis, which in turn enhances the skier’s experience and safety.

Fritschi: pioneers in freeride and skimo ski bindings

With more than 60 years of experience, Fritschi Swiss Bindings has been a benchmark in the development of Skimo bindings. The Swiss brand, based in the Jungfrau-Aletsch-Bietschhorn region (between the Grindelwald Valley and the Rhône River Valley), knows mountains and snow, and has set the industry standard by offering products that combine lightness and comfort on the ascent with safety and performance on the descent. Its bindings are put to the test in a mountainous region of the Swiss Alps, which includes valleys and glaciers listed as a UNESCO World Heritage Site. The Fritschi brand, founded by Albert Fritschi in 1960, offers a wide range of 100% Swiss-made bindings for freeride and ski mountaineering enthusiasts.

Fritschi bindings: 2024-2025 season highlights

Fritschi continues to make a difference in the world of ski bindings, offering models such as the Tecton 13, designed for the most demanding freeriders looking for performance on both ascents and technical descents, and the Vipec Evo 12, a robust and lightweight option ideal for backcountry skiers, whether beginners or experts. However, the Xenic 10/7 takes the cake as the brand’s lightest, at just 280g per unit, an impressive figure when compared to the 550g of other models such as the Vipec Evo 12, offering precise control and reliability without sacrificing comfort or safety.

Tecton 13

Designed for the most demanding skiers, the Tecton 13 binding excels in its ability to deliver a dynamic and active freeride experience. Weighing in at 550g per unit (excluding brakes) and with a side release system at the front, this binding ensures safety on aggressive descents and steep slopes. Although not the lightest, it is an ideal choice for skiers looking for performance in both terrains. It is compatible with skis ranging from 80 to 120mm skid width and is available in three colours (blue, apple green and fris). Material-wise, the construction is very reliable, using lightweight high-tech plastics reinforced with glass fibre or carbon fibre for optimal product safety and durability as well as uncompromising power performance (RRP: €600).

Fritschi Tecton 13 Blue

Vipec Evo 12

Predestined for backcountry skiers, the Vipec Evo 12 combines lightness (500 g per unit excluding brakes) with a front side release system that ensures reliable release in risky situations. This Vipec Evo 12 binding is ideal for backcountry skiers, both experienced and beginners, who prioritise safety and efficient ski control. It is ideal for skis between 75 and 110 mm wide, with a DIN adjustment from 4 to 12. The Vipec Evo has improved durability and stability thanks to the use of high-tech carbon fibre reinforced plastics in its front shell, making it even more durable and long-lasting. This binding is available in three colours (apple green, pink and grey) and is ideal for high-mountain outings and demanding descents. Its robustness and ease of use make this model an excellent choice for long days of ski touring (RRP: 550€).

Fritschi Vipec12 green

Xenic 10/7

The Xenic 10/7 is the perfect choice for those looking for an ultra-lightweight binding (280g per unit) without compromising downhill performance. Designed for all-mountain skiers, it offers precise control and a reliable release system for both ascent and descent. Its patented horizontal offset pin system reduces the need for downhill locking, improving comfort and performance (RRP: €390).

Xenic 7 blue

Tips before buying your Fristchi bindings

Although Fritschi is a leading brand in the ski industry, you should consider both the DIN value settings and the compatibility of the Fristchi binding with your ski boots. As we already told you, the DIN value of the ski bindings is a fundamental parameter when configuring ski bindings, as it determines when the bindings should release the ski to avoid injuries but let’s forget about that now. We want to emphasize one crucial issue you have to take into account when purchasing Fritschi bindings: check the compatibility with your ski boots. Not all boots are designed to be compatible with these bindings.

The compatibility of Fritschi bindings with ski boots depends on the length of the sole, the type of inserts (such as pin-type inserts), and the ISO or DIN standard under which the boots are certified. Bindings require boots to comply with ISO 9523 ( for touring boots) or ISO 5355 ( for alpine boots) standards, and it is essential that the dimensions of the sole and insert system fit correctly with the adjustment and release mechanisms of the binding. These standards define the dimensions and characteristics of the soles, ensuring a correct interface between the boot and the binding, which is essential for good functioning, both in terms of safety and performance.

Boots with ISO 9523 soles usually have a curved profile and rubber for better grip, while ISO 5355 soles are flat and rigid, optimised for power transmission in alpine descents. It is important to check the length of the sole and that the boots have suitable inserts, such as pins, when using technical bindings. As you can see, the boot model and sole length must be compatible with the binding system to avoid disappointment. This problem of lack of standards in the market means that we have to go to a specific guide of the brand to check this compatibility. The right combination of boot and binding is essential for an optimal functioning of the ski release, avoiding situations where an ill-fitting or incompatible binding could put the skier’s safety at risk.