SIG SAUER ROMEO5 1x20mm Red Dot Sight with JULIET3 3x Magnifier

Overview

Point-of-aim meets point-of-impact with the exceptional new SIG SAUER(R) ROMEO5(TM) Red Dot Sight. 1X magnification and unlimited eye relief create an ultra-low parallax, keeping the red dot parallel to the bore of your firearm to maintain target acquisition regardless of eye position. MOTAC motion sensing technology adds to the extended battery life (50,000+ hours) by powering up the sight upon movement and shutting down when idle for two minutes. Ultra-efficient red LED illumination for excellent visibility in daylight settings. The durable aluminum housing is IPX-7 rated for waterproof and fogproof performance. Side-loading battery compartment allows you to replace the battery without removing it from the mount. This model includes the popular JULIET3 3x Magnifier for an easy transition from close-quarters to intermediate-range targets. ROMEO5 Red Dot features: High-performance lens coatings provide excellent light transmittance and red dot contrast 2 MOA LED red dot reticle provides 10 illumination (8 daylight plus 2 night vision) settings for maximum visibility regardless of light conditions MOTAC (Motion Activated Illumination) technology powers up the illumination when needed and shuts down when idled for two minutes Ultra-efficient red LED illumination for daylight visibility and adds to the 50,000+ hours of battery life Lightweight aluminum housing is durable and IPX-7 rated for waterproof, fogproof performance M1913 Picatinny rail mount provides an industry standard method for mounting on a wide range of firearms The M1913 Picatinny low mount for a true co-witness and the PowerCam 90deg quickly flips out of the way and uses built-in recoil lugs for repeatable zero IPX-7 rating (IPX-8 on the magnifier) for waterproof, fogproof performance JULIET3 3x Magnifier features: Aircraft grade CNC aluminum housing ensures a lifetime of reliable service. IPX-8 rated for waterproofing-up to 20 meters for 1 hour Dialectic coated prism Adjustable height via included space