Ski goggles Briko Ingrid Sharp Lite black (21131FW)

The Briko Ingrid Sharp Lite black ski goggles guarantee precise eye protection on the slopes thanks to advanced technologies that limit fogging and enhance comfort during skiing. Every element of this model has been thoughtfully designed for maximum functionality and effective protection against solar radiation, ensuring safe use regardless of weather conditions.

Advanced anti-fog technology

The lenses of the Ingrid Sharp Lite model feature anti-fog technology that effectively reduces fogging during intense exertion and sudden temperature changes. The applied coating prevents moisture from condensing on the inner side of the lens, significantly improving visibility even in challenging weather conditions. This solution is crucial for maintaining safety and comfort while skiing. The Briko Ingrid Sharp Lite ensures reliability with an effective anti-fog protection system.

Cylindrical lens construction and functionality

The cylindrical lens used in this model guarantees a wide field of vision and high resistance to mechanical damage. This construction affects the ergonomic fit of the goggles to the shape of the face, providing stability and comfort during prolonged wear. The solid execution of the components and precise fitting of the parts emphasise the technical character of the Briko Ingrid Sharp Lite model.

Briko Ingrid Sharp Lite black ski goggles - features:

• Cylindrical lens construction ensures a wide field of vision;
• Anti-fog technology limits fogging of the inner lenses;
• Sun protection filters UV radiation while skiing;
• Lens categories S1 and S2 allow for skiing in various lighting conditions;
• Ergonomic fit increases comfort of use on the slopes;
• High resistance to mechanical damage ensures durability;
• The anti-fog protection system enhances safety during activities;
• Precise fitting of construction elements highlights the technical character of the product;
• Cylindrical lens minimizes image distortion and reflections;
• Model dedicated for both low and intense sunlight conditions.