Oakley Latch Panel Sunglasses Sepia Prizm Black/CAT3 Men,Women

The full-rim, gray-ink frame is made of lightweight yet durable BiO-Matter™, and the monochromatic theme continues throughout the musically inspired design, with gunmetal deco plates and debossed satin chrome ellipse logos, like the silver of a retro microphone or the gloss of a vinyl record. The studio-ready details are pure comfort, with a three-point fit, customizable nosepads and glare-blocking side shields. Remove the shields to use the convenient Latch mechanism that allows you to clip the frame to your clothes. Powered by Prizm™ Lens Technology to enhance color and contrast, with a Dame D.O.L.L.A. etch in the top center of the lens, the Damian Lillard Signature Series Latch Panel comes with a custom logo microbag and box sleeve for the complete Dame D.O.L.L.A. vibe.Features:- Fit: Wide- Bridge and nosepad: High Bridge Fit- Designed To Explore: Full rim, shield lens design inspired by the original Eyeshade- Lightweight And Durable: Manufactuered with BiO-Matter™ frame material made from bio-materials having at least 56% bio-based carbon content (representing ratio of castor oil to fossil sources)- Block Distractions: Removable side shields are designed to block glare and keep faces protected- Stow Your Eyewear: Latch mechanism lets you clip your glasses to your shirt, allowing you to safely stow your eyewear and move seamlessly through your day- Secure Your Gear: comes with an eyewear leash that snaps on to the end of your frames to help keep them securely in place.- No-Slip Grip: Unobtainium® nosepads and earsocks provide no-slip grip when wet to help increase retentionHigh bridge fit: - Offers a more secure and comfortable fit if you have a high nose bridge and lower cheekbones. A good choice if your nose sits above your pupils.Specifications:- Light Transmission: 11%- Light Conditions: Bright LightTechnology:Impact Protection:- Oakley lenses are designed and tested under extreme high mass and high velocity circumstances to ensure uncompromising protection across a wide range of demanding conditions.