Viridian RFX 44 Compact Closed Emitter Green Dot Sight - Model 981-0107
Viridian Weapon Technologies
Looking to enhance your shooting experience to a whole new level? Meet the Viridian Rfx 44 Compact Closed Emitter Green Dot Sight Vir 981-0109, a game-changer in precision shooting technology that's here to revolutionise your aiming game.
Designed for rapid target acquisition, this sight features a 5 MOA green dot reticle that takes advantage of the human eye's heightened sensitivity to green wavelengths. Thanks to Viridian's innovative technology, the green reticle and specially-designed green multi-coated lens offer unparalleled colour transmission and crystal-clear visibility, giving you the edge you need to hit your mark with precision.
The battery and electronic components are cleverly positioned at the top of the sight, not only creating a sleek profile but also raising and lowering the viewing window while maintaining a compact design. Say goodbye to delays in dot acquisition - the closed emitter architecture of the Rfx 44 provides superior protection against dust, moisture, and debris, ensuring consistent performance and long-lasting durability even in the most challenging conditions.
With features like auto shut off and instant-on, this sight guarantees extreme battery life and readiness, so you can focus on your shooting without worrying about power. Crafted from 6061 aluminium and tailored for today's high-performance pistols, the Rfx 44 offers tactile and audible adjustments that cater to the needs of discerning shooters.
Rain or shine, this sight has got you covered with its IPX6 waterproof rating. The fully multi-coated optic coating ensures optimal light transmission for a clear view, while the adjustable windage and elevation settings allow you to fine-tune your aim with ease.
Elevate your shooting game with the Viridian Rfx 44. It's not just an optic - it's the future of precision shooting technology. Step into the future and experience the next evolution in aiming accuracy with this groundbreaking addition to the Rfx line of electro-optics.