Ski gloves DYNAFIT Blacklight Polartec Alpha black out (08-0000072018)

The DYNAFIT Blacklight Polartec Alpha black out ski touring gloves provide precise protection and functionality specifically designed for winter activities in demanding terrain. Every detail of this construction has been optimised for ski touring and intense hiking in low temperatures.

Specialist five-finger construction

The DYNAFIT Blacklight Polartec Alpha features a distinctly anatomical cut, ensuring that the gloves guarantee complete freedom of movement and grip precision for ski poles or handling equipment. The five-finger design provides thermal comfort and allows for tasks requiring high dexterity. This feature will be appreciated especially by users who value the technical nature of gloves during ascents and descents.

Touchscreen technology

The gloves' touchscreen technology allows for comfortable use of smartphones or watches without the need to remove them during outdoor activities. This solution significantly enhances the model's functionality in winter conditions, where quick access to navigation or communication is crucial. Users can easily control electronic devices even while wearing thick gloves.

Designed for winter sports

The gloves are designed with applications typical for winter sports in mind, particularly ski touring. The carefully selected materials and construction ensure that the model performs well during intense exertion in low temperatures. Durability and functionality guarantee reliability during every stage of mountain activity.

DYNAFIT Blacklight Polartec Alpha black out ski touring gloves - features:

• Five-finger construction providing complete precision and dexterity during activities;
• Anatomical cut optimising freedom of hand movement;
• Touchscreen technology allowing smartphone use without removing gloves;
• Designed for winter sports, including ski touring and intense trekking;
• High functionality during ascents, descents, and handling mountain equipment;
• Durable construction adapted to challenging terrain conditions;
• Optimal balance of thermal protection and technical dexterity.