Sunglasses - Unisex - Sutro Light - Oakley
The Sutro Lite Matte Trans Fern Swirl sunglasses from Oakley are made for sportsmen and women.
For the design of these glasses, the American brand drew inspiration from a mix of cycling and urban trends, resulting in to the Sutro glasses.
They have been designed to facilitate air movement and provide optimal ventilation. With their lightweight O Matter™ frames you'll have all the comfort you need for everyday wear. The ultra-adherent Unobtainium® nose pads will keep your glasses on your nose for the duration of your activity.
The glass is category 3, perfect for sunny days. It features Prizm Bronze technology, colours are precisely adjusted to optimise contrast, improve visibility and reduce glare, for a better perception of the terrain.
The Sutro Light Matte Trans Fern Swirl give you a wide field of vision every day.
PRIZMâ„¢ Bronze lenses:
- Light transmission: 17%
- Light conditions: Bright light
- Base colour of the lenses: Bronze
- Protection rating: 3
Dimensions:
Lens height 58 mm
Frame width 132.6 mm
Branch length 138 mm
- O Matter® frame both strong and light
- Unobtainium® pads for a frame that won't slip
- Clearer vision of details
Technologies:
Prizmâ„¢ is a revolution in lens optics, the result of decades of scientific research into colour. These lenses offer unprecedented control over light transmission, with colours precisely adjusted to optimise contrast and improve visibility. The Prizmâ„¢ lenses have been designed to help you look your best in a wide range of light conditions, so you won't need to change lenses. | |
O-matter is an alloy of different plastics created by Oakley. The result is a material that is extremely light, very comfortable and resistant to impact and weather conditions. | |
This rubber, developed by Oakley in the 1980s, has the ability to increase its grip with humidity (water, perspiration). This is the material used for the inserts on the temples and the nose pads. | |
Impact protection | Oakley lenses are designed and tested under extremely high mass and speed conditions to provide uncompromising protection in a wide range of demanding conditions. |