The Turbine Urban Jungle cranks up the active look with a nod to the 90's with outspoken style that leads the pack plus inset zones of sure-grip Unobtainium to keep the frames in place. This self-assured look has a touch of active styling and the all-day comfort of Three-Point Fit, an Oakley innovation that ditches the uneven pressure points of conventional frames. Along with clean lines of comfortably lightweight O Matter and a lens shape inspired by the popular Oakley Hijinx sunglasses, its durability and performance would make a sport frame jealous. Revel in originality because your shades should tell the world more than just the fact that you respect world-class optical innovation.

Features of Oakley Turbine Urban Jungle

• Three-point fit holds lenses in precise optical alignment
• Patented fit ensures the frame makes contact only at the bridge of the nose and the sides of the head, it holds lenses in precise optical alignment with a secure fit that eliminates the pressure points common with frames that hook the ears
• O Matter stress-resistant frame material withstands environmental extremes, controlled flexibility enhances impact resistance while contributing to all-day comfort
• Unobtainium increases adhesion when wet to grip better when perspiring
• Lenses made from Plutonite, Oakley’s high purity optical grade polycarbonate
• Blocks 100% of UVA, UVB and harmful violet-blue light up to 400nm wavelength
• UV protection is from the lens material itself
• Scratch-resistant hard coating protects the lens
• Anti-Fog Coating
• High Definition Optics is a collection of patented technologies that allow Oakley eyewear to meet or exceed the testing standards of the American National Standards Institute for optical clarity, visual fidelity, and impact resistance
• Dark Gray lenses: excellent all-purpose lens that offers truer color perception in sunny conditions. Light transmission: 10%
• Warm Gray lenses: comfortable lens tint that offers truer color perception. Light transmission: 12%
• Transmission percentage describes the amount (or rate) of light that will pass through the lenses into the eyes