UVEX Downhill 2000 FM Underwater Mat/Mirror Orange Skidglasögon

The off-frame design combined with the full mirror lens provides an extremely wide field of view perfectly. It protects against bright sunlight and reduces distracting glare on the slopes. The skier’s field of view is never restricted. The injection moulded, decentred lens, vision is free from distortions. For extra safety, uvex supravision® anti-fog coating ensures a clear view, even in poor weather.

Extended kit:
- velor face foam
- climate membrane
- rubber goggle strap with silicone

Break resistant ski googles:
Uvex guarantees maximum eye protection at all times: specially made polycarbonate lenses that meet the standard for ski and safety goggles. During testing they were tested for resistance to fired 6-mm steel balls flying at a speed of 162 km / h. Without breaking. For maximum protection.

Decentred lens technology ski goggles:
Despite the curvature of the lens, the goggles guarantee a 100% distorted view.

Full mirror FM:
Reflection technology excels in design and functionality. The lens covered with 18 film layers has an imaging effect and, in addition, it protects against infrared radiation with a wavelength of 780 nm to 1000 nm. Special pigments in the polymer lens activate a filter that eliminates and absorbs this radiation. The thermal load is significantly reduced, thus reducing dehydration and eye fatigue - preventing gray haze.

Supravision® ski goggles:
Anti-fog layer
Unique uvex [supravision®] technology provides extreme scratch resistance on the outside of the lens and continuous protection against clogging from the inside.

UV protection ski goggles:
UV absorbing filters built into the material 100% protect the retina of the eye from UV damage up to 400 nm. All uvex glasses provide 100% UVA, UVB and UVC protection.

Double lens spheric:
Double polycarbonate lenses offer protection against UV radiation and mechanical damage. The gap between the glasses increases the fogging resistance. Vertical and horizontal curvature for a wider field of view.