Shield R17 Light Smoke Mirror

The Shield R17 Light Smoke Mirror by G-FORCE is a premium protective eyewear solution designed for tactical operators, law enforcement personnel, and military professionals who demand optical clarity without compromise in hostile or high-glare environments. This lens assembly addresses a critical operational need: maintaining situational awareness while mitigating the effects of intense light reflection, muzzle flash, and environmental glare that can degrade target acquisition and decision-making speed. Whether deployed in urban, desert, or mixed-lighting scenarios, the Shield R17 delivers the optical performance required for extended field operations.

The light smoke mirror coating on the Shield R17 employs a specialized reflective treatment that reduces transmitted light intensity while maintaining color recognition and depth perception—critical for threat identification and weapon manipulation. This optical technology filters harsh wavelengths without the color distortion common to standard tinted lenses, preserving true-to-life contrast and contrast sensitivity across varied lighting conditions. The mirror finish reduces internal reflections that can silhouette the shooter's eyes to adversaries, a tactical advantage in close-quarter operations. The compact 8.7 x 5.1-inch lens profile maximizes peripheral vision while maintaining a low-profile frame geometry suitable for helmet-mounted systems and low-light compatible headgear.

The Shield R17 Light Smoke Mirror is engineered for rapid deployment in field conditions where equipment reliability directly impacts mission outcome. At 0.41 lbs, the lightweight construction minimizes fatigue during extended wear, allowing operators to maintain focus on tactical objectives rather than equipment burden. This lens assembly integrates seamlessly with standard ballistic eyewear frames and modular mounting systems used across law enforcement and military platforms. The light smoke mirror finish performs optimally in bright daylight, overcast conditions, and transitional lighting—making it the go-to choice for operators who require a single optical solution across variable operational environments without lens swaps.