Scott Heli OTG (Over The Glasses) Goggles With Amplifier Lens
The Scott Heli OTG (Over The Glasses) Goggles With Amplifier Lens is great for Skiing in the snow! With so many amazing features, whether you wear prescription eye wear or you just want to wear sunglasses, you'll never miss a beat of fun while wearing the Scott Heli OTG Goggles which are designed to fit comfortably over eye wear. No Fog™ Anti-Fog Lens Treatment Scott lenses undergo a permanent No Fog™ treatment process to prevent condensation and fogging. Air Control System (ACS) ACS ventilation incorporates lens air intake vents on the goggle lens and frame air outtake vents on the bottom of the goggle. The result is a sophisticated ventilation system that helps prevent condensation and fogging. Helmet Compatibility Scott goggles are engineered to engage flawlessly with a variety of helmets. (OTG) Eyewear Compatible OTG goggles are engineered to provide a precision fit over prescription eyewear. 100% UV Protection Scott lenses are optically engineered to screen out 100% of harmful UVA/UVB/UVC rays. Molded hypoallergenic SSF super soft face foam Molded hypoallergenic super-soft face foam is designed specifically to combat winter elements and provides a comfortable seal around your facial features. Amplifier Scott Patented Amplifier Lenses redefine how lenses cut through light and glare to deliver unprecedented levels of terrain definition in all light conditions. The secret to Amplifier technology is its ability to add contrast while increasing clarity and definition. Night Amplifier The Night Amplifier Lens capitalizes on the patented light transmission process as the other Amplifier Lenses, but matches the optimum absorption wave-lengths of the human eye in night time lighting conditions. Natural Light With the Natural light lenses, Scott has achieved neutral lenses that portray true color while dramatically enhancing clarity and contrast. The result is a clear view of your environment. Scott Natural Lenses also eliminate "eye shock." Your eyes will be more relaxed as they are not forced to adjust to dominant colors found in traditional lenses.
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