Men's Oakley Briza Prizm Polarized Sunglasses Matte Moss/Prizm Tungsten Polarized

Enjoy the relaxing summer vibes, and let the cool Briza caress your face. This eyewear with a classic, lightweight frame packed with urban style brings surfer looks to your everyday life.Born from shifting skies and desert winds. Muted sand tones, grounded greens, and slate neutrals energize established icons with a palette that moves effortlessly between performance and lifestyle.O-Matter Frame: Oakley's injection molded thermoplastic frame material provides improved strength and flexibility over traditional acetate, andis built to withstand from shifting or deforming over time Oakley's patented High Definition Optics (HDO) technology was developed to fix the common distortion caused by curved lenses. When lenses curve, they can affect how you see, but HDO corrects this to deliver clearer, sharper, and more accurate vision - giving you a true-to-life view without the blur or warping found in many high-wrap sunglasses.Prizm Lens Technology enhances color and contrast, helping you see every detail more clearly.LENSES WITH LESS DISTORTION AND BETTER CLARITY.Oakley lenses provide optical clarity across all axes of the lens (X, Y, Z) to help eliminate distortionTHE DURABLE AND OPTICALLY PURE LENS MATERIALPlutonite lens material is designed and manufactured exclusively for Oakley and is made from the purest form of optical polycarbonate. It is 20% lighter than plastic or glass lenses and is more impact resistant than other lens materials.UV PROTECTION FROM THE SUNProtection is inherent in Plutonite lens material to help protect eyes against 100% of harmful UVA and UVB rays up to 400nm.UNCOMPROMISING PROTECTION AGAINST HIGH-MASS AND HIGH-VELOCITY IMPACT.Oakley Plutonite lens material and frame geometry combine to provide protection that acts as a shield for your eyes.Oakley lens material and frame geometry provide protection against high velocity and high mass impact. We test our eyewear under extreme circumstances to ensure superior protection.Impact resistance against heavy objects at low speedsWe test our lenses by dropping a half kilo metal spike on the lens from a height of 5ft/152cmImpact resistance against light objects at high speeds.We shoot a 1/4 inch steel ball at the lens at a speed of 150ft/s