POC Nexal
Featured
|
€ 237.12 |
To Shop
|
|
€ 237.12 |
To Shop
|
Description
Amazon
The Nexal is the glasses that protect more than just your vision. The unique style inspired by racing and sun protection during summer sports includes a cheekbone cover under the lens to better protect the face A cylindrical lens with Clarity technology ensures that vision is never affected despite the simple, reduced appearance. The lenses are easy to replace, so you can always ride with the right lens for the respective conditions The glasses are equipped with frame straps, which allows them to sit even closer to a POC helmet to ensure seamless head protection. The inside of the lens has a fog-free coating to reduce fogging and have clear vision even during exertion On long days on the mountain, comfort is the absolute must. The goggles feature a three-layer face foam pad and a flexible frame that ensures a perfect fit for most face shapes To further increase comfort on the slopes, the ventilation of the goggles can be easily switched on and off for optimal control of the air flow
The Nexal is the glasses that protect more than just your vision. The unique style inspired by racing and sun protection during summer sports includes a cheekbone cover under the lens to better protect the face A cylindrical lens with Clarity technology ensures that vision is never affected despite the simple, reduced appearance. The lenses are easy to replace, so you can always ride with the right lens for the respective conditions The glasses are equipped with frame straps, which allows them to sit even closer to a POC helmet to ensure seamless head protection. The inside of the lens has a fog-free coating to reduce fogging and have clear vision even during exertion On long days on the mountain, comfort is the absolute must. The goggles feature a three-layer face foam pad and a flexible frame that ensures a perfect fit for most face shapes To further increase comfort on the slopes, the ventilation of the goggles can be easily switched on and off for optimal control of the air flow