Optimum safety even for lightweights with ambitions. With a DIN setting range of 3–7, the Xenic 7 offers optimal safety even for very light touring skiers. Reliable release even at low settings is not a matter of course for pin bindings, but it is extremely important for light and very light people.

• Segment: High Touring
• Target group: Ambitious high-mountain skiers who pay attention to light weight and do not gamble with safety and performance.
• Ideal ski width: between 70 and 105 mm
• DIN setting: 3 to 10
• Weight: 280 g / unit without ski stopper

Underestimated lightweight

• The surprisingly high power transmission is the result of a new design. The transfer of the downhill technology of the Tecton and the extra wide support of the heel make a significant difference. They provide the necessary power to control the skis with precision and ease, even in difficult conditions.

Extra wide support

• Powerful turns made easy due to the high stability of the solid, extra wide support of the heel unit.

Dynamic length compensation

• Consistent full edge grip and unlimited agility due to the dynamic, incomparable 10 mm length compensation for the natural flex of the ski.

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

• Under the lightweights, the Xenic is the only binding equipped with such a wide range of efficient safety technologies. The patented system of the front unit, for example, which holds the boot firmly and securely in the binding, even during dynamic downhill runs.
• No locking is necessary to prevent pre-release. Two separate systems for lateral and frontal release in the heel unit with a DIN setting between 3 and 10 provide confidence and safety, even to very low-weight ski tourers.

No locking necessary

• Secure hold and prevention of pre-release in downhill skiing without locking the system, ensured by exceptional, horizontally moving pin levers.

Two separate release systems

• Reliable release by the use of two separate systems in the heel unit with separate DIN settings for lateral and vertical release.

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.

Now with carbon for even more stability

• Carbon fiber-reinforced high-tech plastics are used for the front housing. In other words: the Xenic is now even more stable and longer lasting.

The right mix of materials for top performance

• Climbing up to the peak with ease and getting downhill safely. Claim is 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 is ultimately determined by the technical requirements for optimal product safety and durability and a powerful performance without compromise.