Our Original Radar Eyewear Combined Everything We Learned From Decades Of Research With The World´S Best Athletes, And With The Taller Lens Of Radar Ev And Its Extended Range Of View In The Upper Peripheral Region, The Heritage Of Performance Has A New Milestone. Available With Path Or Pitch Lens Shapes, The Lightweight Frame Of Stress-Resistant O Mattermaintains A Comfortable Three-Point Fit With The Sure Grip Of Unobtainium Components While Channeling Air To Keep You Cool, And With High Definition Optics, You´Ll Have Visual Clarity And Impact Resistance That Meet The Uncompromising Standards Of Ansi Z87.1. Match This Interchangeable Lens Design With Hd. Polarized´Lenses To Cut Blinding Glare, And Take Advantage Of Oakley Prizm´. Tecnology Inllenses That Tune Color Precisely For Optimized Vision In Your Chosen Sport Or Environment. Features:- Fit´Standard. Tecnology:- Matter A Stress-Resistant Frame Material That Wit´Stands Environmental Extremes, It Is Lightweight Yet Highly Durable. Controlled Flexibility Enhances Impact Resistance While Contributing To The All-Day Comfort Of Frames Made With This Innovative Synthetic.- Three-Point Fit:A Patented Innovation That Ensures The Frame Makes Contact Only At The Bridge Of The Nose And The Sides Of The Head. It Holds. Llenses In Precise Optical Alignment With A Secure Fit That Eliminates The Pressure Points Common With Frames That Hook The Ears.- Unobtainium:A Soft Hydrophilic Synthetic, It Increases Adhesion When Wet To Grip Better When You Perspire. This Makes It Ideal For Earsocks And Nose Pads In Performance Eyewear.- 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.- Iridium:Designed To Balance Light Transmission And Reduce Glare, This Premium Lens Coating Is Made With Superheated Metal Oxides. It Is Available In A Spectrum Of Colors For Optimizing Vision In Virtually Any Light Condition.