The TROOP EVO OTG (Over-The-Glasses)

Are you looking for ski and snowboard goggles that you can wear over your glasses?  Introducing The TROOP EVO OTG (Over-The Glasses). Based on The TROOP EVO, one of our best selling goggles, The TROOP EVO OTG has been adapted while still offering style and comfort. We have redesigned the foam and plastic to allow you to wear optical glasses underneath the goggles. The temples of the optical glasses now have increased space to fit underneath.

The TROOP EVO OTG has an extra wide field of view and three-layer foam giving you a comfortable fit for a big day on the mountain. Featuring the SnapTech Magnet System, the lenses can be changed within seconds to suit any weather condition. The unique air flow channels and strong anti-fog coating ensure the goggles do not fog on the ski down or the hike up. The mirrored HD lenses offer 100% protection from UV rays (UV400).

The TROOP EVO OTG is available in black with a blue lens (CAT. 2). All TROOP EVO Lenses are compatible so you can find a lens for every weather condition. If the black strap isn't fun enough for you, then check out our replacement goggle straps with the same cool designs as all our other goggles. Match the strap with our Goggle Covers and you're ready to hit the slopes.

In order to take advantage of The TROOP EVO OTG's unique SnapTech Magnet System, an Extra Lens Bundle is available when ordering a pair of TROOP EVO OTG ski and snowboard goggles. For example, order a Low Light (CAT. 1) Lens with a pair of TROOP EVO OTG ski and snowboard goggles and save $9.99 off the total price. For the ultimate ski & snowboard goggle package, select the Deluxe Bundle and order two lenses plus a goggle lens case with a pair of TROOP EVO OTG ski and snowboard goggles to save $20 off the total price. Additional replacement lenses, replacement straps or goggle lens cases can also be ordered at any time.

For a better understanding of the different lenses please see the table below. The categories are standardised and indicate approximately how much light is transmitted through the lens and for which weather conditions it is suited.