High Definition Optics (HDO) combine patented optics and Plutonite lens material that provides 100% UV filtering and unsurpassed impact protection. Two lenses are cut from the curve of a single lens shield, then mounted in the frame to maintain the original, continuous contour. The look is so unique, Oakley customized their corporate logo just for these sunglasses.
Read moreTwo lenses are cut from the curve of a single lens shield, then mounted in the frame to maintain the original, continuous contour. The look is so unique, Oakley customized their corporate logo just for these sunglasses. Lightweight O Matter frame material offers premium comfort. Peripheral vision is maximized by XYZ Optics, an innovation that maintains visual clarity at all angles of view. Impact protection meets ANSI Z87.1 standards, and their Three-Point Fit retains the lenses in precise optical alignment. True metal icons sign this Oakley original.
FEATURES:
Gray Lens Tint
Medium to bright light. Excellent all-purpose lens offering truer color perception in sunny conditions. Admits 18% of visible light.
High Definition Optics (HDO)
If you want the best clarity and protection on the planet, nothing comes close to Oakley's High Definition Optics (HDO). Its patented technologies surpass all tests of the American National Standards Institute:
Plutonite UV Protection
You put sunscreen on your body. Why wouldn't you put sunglasses on your eyes? Just be aware that not all sunglasses are alike. Lenses that claim only to 'block UV' don't offer enough protection. Oakley Plutonite lenses are different:
Impact Resistance
Visual impact isn't just about looks. No athlete can afford to turn a blind eye on protection, so our performance sunglasses meet the impact resistance standards of the American National Standards Institute:
3-Point Fit
Oakley's unique Three-Point Fit holds the lenses in precise optical alignment. Their frame materials balance durability and comfort with impact absorption for athletic competition, and our frame geometries maximize your peripheral vision: