Oakley Radar EV Path Polished Black – Prizm Low Light
Original price was: R2,719.00.R2,499.00Current price is: R2,499.00.
- Lightweight O Matter™ frame material with ellipse metal icon accents
- Unobtainium™ ear socks and nose pads for increased comfort and performance
- Oakley performance shield lens technology with HDO™
- Available with Prizm™ lenses to enhance color, contrast and detail for an optimized experience
- Polarized and Iridium™ lens options available
- Available with Oakley Authentic Prescription Lenses
- Protective hard case included
Only 1 left in stock
Oakley Radar EV Path Polished Black Prizm Low Light
RADAR® EV PATH™ PRIZM™ ROAD URANIUM COLLECTION
A new milestone in the heritage of performance, Radar® EV takes breakthroughs of a revolutionary design even further with a taller lens that extends the upper field of view. From the comfort and protection of the O Matter® frame to the grip of its Unobtanium® components, this premium design builds on the legacy of Radar innovation and style.
FEATURES
- PRIZM™ is a revolutionary lens technology that fine-tunes vision for specific sports and environments. See what you’ve been missing. Path lenses enhance performance if traditional lenses touch your cheeks and help extend the upper field of view
- Engineered for maximized airflow for optimal ventilation to keep you cool
- Unobtanium® earsocks and nosepads keep glasses in place, increasing grip despite perspiration
- Interchangeable Lenses let you change lenses in seconds to optimize vision in any sport environment
INTEGRATED TECHNOLOGIES
PRIZM™
Prizm™ is a revolution in lens optics built on decades of color science research. Prizm™ lenses provide unprecedented control of light transmission resulting in colors precisely tuned to maximize contrast and enhance visibility.
HIGH DEFINITION OPTICS®
High Definition Optics® (HDO®) 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.
