OAKLEY Resistor Sunglasses Matte Terrain Tan, Prizm Tungsten/CAT3

The 2023 Patrick Mahomes II Signature Series Resistor is inspired by the quarterback’s transcendent influence on and off the field and delivered to the youth. Featuring Resistor, Oakley’s first sunglass built from the ground up for the youth, the style takes style and function cues from popular adult styles like Sutro Lite, while offering a design that accommodates the next generation of athletes. An O Matter™ frame balances flex and impact protection, while a high-wrap shield lens mimics other classic styles from Oakley. With Unobtanium™ nose pads to provide a no-slip fit and Prizm™ lens technology that enhances color and contrast across a variety of environments and activities, Resistor is the go-to for the active kids out there. Delivered in a custom micro bag and box sleeve.​ Features: - Design: Semi-rim, rectangular, cylindrical lens​ designed specifically for youth - Frame Material: Durable and lightweight O-Matter - All Day Comfort: With 3 point fit - No Slip Grip: Unobtanium® ear socks and nose pads for a no-slip grip - See More Details: Available with Prizm™ lenses that are designed to enhance color, contrast and detail to make the most of any activity 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 mm - Frame Width: 122 mm - Arm Length: 123 mm - Light Transmission: 14% 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.