Oakley Airbrake XL Dark Brush Grey Prizm Black & Prizm HI Pink Goggles
With Oakley Airbrake XL gives you the ultimate in goggles. The new XL fit gives you a greater peripheral vision and is designed for those who want a slightly larger goggle. Airbrake XL Switch Lock technology, which makes it possible to change the lens in a snap. This allows you to change the lens on the go and make the most of your skiing. There are two lenses in the package: Sunshine (Prizm Black) and Snow (Prizm Hi Pink). Prizm lenses improve contrast and colors of the surroundings, so you can see more, better and sharper.
The glasses have a proven anti-fog treatment, so you will never have problems with dew. Airbrake XL is designed to be used with ski helmet. Fit and ventilation works perfectly whether you ride with a helmet or not. The robust and flexible O Matter® frame adapts to your face and protects you in case of fall. With its special design sits Oakley Airbrake XL more comfortably around the nose than other goggles.
Prizm is an Oakley's patented lens technology. Designed to enhance the color and contrast so you can see more details. Through many years of research have Oakley created a technology that can filter light compared to øjest natural sensitive way to perceive colors. Each environment has its own visual requirements. So Prizm lenses are specially designed to highlight the contrasts and colors that are true for just the environment.
Black Iridium with its 6% light transmission to the days when the sun knocking down and you're sure to come away with a good goggle tan. Does not lend itself so well in situations where there is so much light, such as cloudy weather. Without doubt Oakley wildest lens on the front look.
High Pink Iridium is if you really need more light where it is not. The lens shutter 46% light through and highlights the contrasts and colors in places where they would not normally appear. Perfect to carry in your bag if you are a full day of off piste and the weather turns on, or if you know that it will be cloudy and quite flat light.