Newsroom

Revision Military, a world leader in protective soldier solutions, proudly announces a 5-year contract to supply the Swiss Armed Forces with its protective eyewear needs. Following extensive user trials and meeting stringent performance requirements, Revision’s Sawfly Eyewear was selected as the all-purpose ballistic spectacle of choice. Beginning January 2014, it will becomethe standard issue spectacle to all Swiss troops—to the tune of 290,000 Sawfly Military Eyewear kits plus additional accessories. This is Revision’s second eyewear contract with the

Revision Military, a world leader in protective soldier solutions, introduces the StingerHawk™ Spectacle System. Contemporary styling meets Revision-trusted ballistic protection and superior quality optics in this all new military eyewear system. The StingerHawk’s high-impact polycarbonate lenses provide full side impact protection while maintaining distortion-free vision and an unrestricted field-of-view. Designed to complement a

Revision, a world leader in protective soldier solutions, has earned an unprecedented third spot on the U.S. Army’s Authorized Protective Eyewear List (APEL) for its Small-size Sawfly Military Eyewear System. In addition to the established Regular and Large sizes, the Sawfly Small provides best-in-class protection and performance for users with a

Revision Military, the world leader in protective soldier solutions, earns National Stock Numbers (NSNs) for its Desert Locust Goggle PDQ Quick Release. The PDQ Quick Release is a patented goggle attachment system designed for use in rapidly changing environments. Its helmet-mounted design with unique hook and loop attachment system allows the

Revision Military, the world leader in protective soldier solutions, introduces the Sawfly Photochromic Eyewear System. Featuring Revision’s rapid light-changing technology, first introduced in its Hellfly Ballistic Sunglasses, the ballistic photochromic Sawfly lens automatically darkens to a sunglass tint when exposed to sunlight and returns to its clear state in the absence of UV