Raider TAC Tactical Sunglasses for Men and Women
Fabric type: AluminumOrigin: Made in the USAELITE FUNCTIONAL DESIGN - Protect your eyes and upgrade to a more fashionable look with Raider ballistic tactical sunglasses when on the job or at the range. As an industry recognized leader in sunglass design, Outlaw Eyewear brings you the Raider TAC, a flatter rectangular shaped frame that maintains the highest ballistic standards constructed with an aluminum frame.GLARE REDUCING POLARIZED LENS - Constructed with 2.0mm thick Polycarbonate lenses, Raider TAC daytime sunglasses reduces and elimnate glare while protecting your eyes from harmful UV radiation with 100% filtration. These unisex sunglasses are polarized to enhance color and depth perception while meeting high velocity impact safety standards. outstanding for men and women.SERIOUS PERFORMANCE - Our scratch resistant sunglasses have a fully adjustable rectangular frame and dual spring hinges for a precision-tuned fit on all women's and men's face sizes. A brand newly-released ballistic lens bevel is deployed for improved safety lens anchoring, helping you keep your lenses anchored in the event if impact.MADE IN THE USA - Our US-based design lab and manufacturers worked for months to develop the perfect tactical polarized sunglasses to meet all tactical needs. Raider TAC is the perfect blend of a renegade look and unparalleled eye protection. Our military sunglasses for man and woman features a tapered thin temple fit allowing maximum compatibility with your helmet, comms systems and night vision goggles.RUGGED PROTECTION - These unisex polarized sunglasses utilize large lenses to provide close-fitting ballistic protection to a wider field of vision from the sun, debris and dust. Raider TAC is fully adjustable with dual spring hinges to ensure a perfectly snug fit for all male and female face shapes, without having eyelashes touch the lenses. These glasses for men and women give you a crystal clear view of the world around you no matter the surrounding environments and light conditions.