




Sunglasses - Unisex -
The Flak 2.0 XL Matte Olive Ink sunglasses from Oakley are unisex glasses with Prizm Brown Gradient lenses.
This versatile OakleyThis versatile model, designed for an active lifestyle, will offer you a frame that is sober, solid, comfortable and, the icing on the cake, environmentally friendly. BiO-Matter™ frame that's simple, solid, comfortable and, best of all, environmentally friendly, because it's made from plant-based materials, while the ultra-adherentUnobtainium® nose pads will keep the glasses on your nose for as long as you're active.
Finally, the Prizm™technology built into the lenses enhances contrast and definition, for exceptional visual precision. The lenses also have a gradient tint, dark at the top and transparent at the bottom of the lens, for a seamless transition when you move from shaded to sunlit areas.
Style, comfort and optical protection, the Sielo have everything you need: once they're on, you'll never want to take them off.



Lightweight BIO-MATTER™ frame:
- BiO-Matter frame made from organic materials with a biobased carbon content of at least 56%
PRIZM GRADIENT lenses:
- Light transmission: 14%
- Light conditions: Bright light
- Contrast: Increased
- Base colour of the lenses: Bronze
- Protection rating: 3
Dimensions:
Lens:
- Width: 57millimeters
- Height: 48.8millimeters
Frame:
- Width: 136millimeters
- Bridge width: 17millimeters
- Length of branch: 143millimeters
Technologies:
PRIZM™
Prizm™ is a revolutionary lens technology for snow optics, the result of decades of scientific colour research. Prizm™ lenses offer unprecedented control over light transmission; colours are precisely adjusted to optimise contrast and improve visibility. Prizm™ lenses have been designed to provide you with great comfort in various light conditions, such that you never need to switch lenses in changeable conditions.
UNOBTAINIUM®
Technology used for the bridge to increase grip when you sweat, preventing the frame from slipping.
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.