Oakley SI Ballistic M Frame 3.0 Array OO9146 Persimmon, Grey and Clear Sunglasses

Rather than buy multiple pairs of sunglasses, handle more light conditions with one: Oakley® SI Ballistic M Frame® 3.0 Array OO9146 Persimmon, Grey and Clear Sunglasses. These range-ready Oakley Standard Issue sunglasses allow you to replace the lens with 1 of 3 included options: Persimmon, Grey and Clear. Each offers impact protection and are made with Plutonite® polycarbonate, which is designed to deliver the highest levels of optical clarity. The Clear lens features 89% visible light transmittance. The Persimmon lens features 69% visible light transmittance for low-light to no-light conditions. The Grey lens features 15% visible light transmittance for bright-light conditions. These lenses are built with Oakley High Definition Optics® technology, ensuring accurate views rather than the distorted ones other curved lenses have. The backside anti-fog coating works to keep your views clear. The M Frame's low-profile design is compatible with many helmets and helmet-mounted night-vision devices. The ultralightweight O-Matter™ molded thermoplastic frame stays durable and flexible. These sunglasses exceed ANSI Z87.1 requirements and meet the ballistic fragmentation impact standards of MIL PRF-31013.
Manufacturer style #: OO9146.

• Clear lens features 89% visible light transmittance
• Persimmon lens features 69% visible light transmittance for low-light to no-light conditions
• Grey lens features 15% visible light transmittance for bright-light conditions
• Oakley High Definition Optics curved lens for accurate views — not distorted ones
• Backside anti-fog coatings
• Plutonite polycarbonate lens offer high levels of optical clarity
• Unobtainium nose pads stay put even with perspiration
• Slim ear stems for compatibility with hats and ear communication systems
• Compatible with many helmets and helmet-mounted night-vision devices
• Ultralightweight O-Matter molded thermoplastic frame
• Exceeds ANSI Z87.1 requirements
• Meets ballistic fragmentation impact standards of MIL PRF-31013