OAKLEY Spindrift Sunglasses Matte Trans Stonewash, Prizm Bronze/CAT3

Spindrift is inspired by fashionable women who want an everyday sunglass that can keep up with their active lifestyles. Glasses stay put with no-slip nose pads designed to provide improved grip without snagging hair, and lightweight O-Matter™ with on-the-go retention combines with a trendy round silhouette for a style that exudes every occasion wear ability. Features: - Active Design: Part of Oakley’s Women’s Collection, designed to deliver the ultimate in fit and performance in a round, on-trend silhouette. - Lightweight: Durable and lightweight O-Matter™ frame material provides all-day comfort. - Comfortable & Hair-Friendly: Ear socks are molded onto the temples to help provide all day comfort and excellent retention. - No-Slip Nose pads: No-slip Unobtanium® nose pads help keep the frame from slipping down your face without compromising on style. - See More Details: Available with Prizm™ lenses that are designed to enhance color, contrast and detail to make the most of any activity. - Oakley Authentic Prescription Lenses: Available with Oakley Authentic Prescription lenses, etched with the ellipse logo, for proof of Oakley authenticity and quality. Fit Options: - Regular: A medium lens front designed for those who prefer to cover an average portion of the face. - High Bridge Fit: Offers a more secure and comfortable fit for those with a high nose bridge and lower cheekbones. A good choice if the bridge of your nose is above the level of your pupils. - Our Sizing: Frames are measured in millimeters. We’ve included this information for each of our frames to help you estimate how they’ll fit your face. - Explore a range of cases, micro bags and other Oakley items designed to keep your eyewear in pristine condition. Specifications: Frame & Lenses: - Lens Height: 47.2 mm - Frame Width: 131 mm - Arm Length: 137 mm - Lens Width: 52 mm - Bridge Width: 20 mm - Light Transmission: 17% Technology: 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.