Oakley Gascan Glasses Matte Olive Camo With Prizm Tungsten Polarized Lenses

Oakley Gascan sunglasses swap smooth curves and straight edges, hard lines are inspired by the brand’s own sports eyewear giving it a casual yet active look. The toric lens design was known as Gascan and generated such a new and original aesthetic that we customized our corporate logo for the frame.

Features: 
– Frame colour: Matte Olive Camo
– Lens colour: Prizm Tungsten Polarized
– Adjustment: Standard
– Light transmission: 17%
– Light conditions: Bright Light
– Contrast: Enlarged
– Lens base colour: Bronze

Techologies: 
– Prizm
Prizm is a revolution in lense optics built after decades of colour science research. Prizm lenses provide unprecedented control of light transmission resulting in precisely adjusted colours to maximize contrast and improve visibility.

– High Definition Optics (HDO)
High Definition Optics is a collection of patented technologies that enable Oakley eyewear to meet or exceed the U.S. National Institute’s standardized testing standards for optical clarity, visual fidelity, and impact resistance.

– Polarized
Oakley HD Polarized lenses reject 99% of reflected glare without the haze and optical distortion that can accompany conventionally manufactured polarized lenses, improving safety, comfort, and performance.

– O-Matter
A mounting material resistant to stress and extreme environments. It is lightweight and very durable. Controlled flexibility increases impact resistance while contributing to all-day comfort in frames made with this innovative synthetic product.

– Unobtainium
A synthetic hydrophilic compound increases adhesion in wet conditions to provide a better grip in case of sweating. This makes it perfect for rod rubbers and bridge sideburns on glasses.

– Plutonite Lens
One of the most optically pure materials used in eyewear today, it maximizes clarity and impact resistance while repelling 100% of all UVA, UVB, UVC and harmful blue light up to 400nm. It is not a coating, the UV protection comes from the lens material itself.