OAKLEY Radar EV XS Path Childrens Sunglasses Polarized OJ9001-0731

The world's most demanding professional athletes have nurtured 30 years of Oakley innovation. Athletes have won more championships and medals with our sunglasses than with any other sports product on earth. The legacy continues with Oakley's RADARs, a new milestone in high performance technology. Attention: These glasses are designed to suit the morphology of the face of children / women. Details: The contour of the bottom of the lens makes Radar EV Path ideal if performance lenses sometimes touch your cheekbones. The shape of the lens improves performance by extending the field of view upward. Specially designed for maximum air circulation ensuring optimal ventilation, so you stay cool Unobtainium® temples and nose pads keep the glasses in place, and provide better grip even when you sweat Interchangeable lenses allow you to optimize your vision in any sporting environment in just seconds The O Matter ?, a torsion-resistant frame material, is both ultra-light and durable for all-day comfort and protection. Designed for children. O-MATTER ? Torsion resistant frame material that can withstand extreme environmental conditions, it is ultralight but very durable. The controlled flexibility of this innovative synthetic frame material improves impact resistance while helping to keep you comfortable all day long. THREE-POINT FIT Patented innovation allowing contact only with the bridge of the nose and the sides of the head. It preserves the optical alignment of the lenses to ensure a snug fit, while eliminating the pressure points of ordinary frames that catch on your ears. UNOBTAINIUM® Hydrophilic synthetic material that increases grip when wet, ensuring better support when you sweat. It is ideal for temples and nose pads of performance eyewear. HIGH DEFINITION OPTICS® High Definition Optics® (HDO®) is a collection of patented technologies that allow Oakley eyewear to meet or exceed American National Standards Institute testing standards for optical clarity, visual fidelity and impact resistance.