Trijicon MRO SD Patrol 1x25 Red Dot Sight w/ 3x Mag, Adj LED w/ 2.0 MOA Do; Full Co-Wit Q-LOC Mnt (AC32070); 3x Mag w/ Qck Rel F2S Mnt MRO-C-2200368

The Trijicon MRO Series features a large aperture maximizing the viewing area, allowing for better situational awareness and fast target engagement. It also features ambidextrous brightness controls, sub-flush adjusters, advanced lens coatings, and a fully sealed, waterproof, hard anodized forged 7075-T6 housing, making the MRO the ultimate mini reflex sight.

Enhanced Optical Performance That Improves Image Quality - Optimized for use with a magnifier through a re-engineered objective lens producing a refined 2.0 MOA center dot (or a 2 MOA dot with a 68 MOA segmented circle reticle for MRO HD models)

Larger Viewing Area - Allows for faster target acquisition and engagement. A larger objective lens allows for a larger viewing area, eliminating tube effect

Ambidextrous Brightness Control - Brightness dial is equally usable by left or right-handed operators without having to remove hand from fire control

Refined Windage and Elevation Adjusters - Engineered to maintain strict zero retention under direct impact and recoil, also uses a capless design (utilizing sub-flush adjusters) to eliminate lost caps, snag hazards, and prevent inadvertent adjustment. No special tools are needed for adjustments

Superior Quality Glass - Multi-coated lenses provide superior clarity and light-gathering capabilities with zero distortion for a crisp dot reticle

Long Lasting Battery Life - Optimized coatings and LEDs allow for maximal efficiencies to extend the life of the CR2032 battery. See spec table for additional details on battery life as it relates to different reticle styles and colors

Built to Handle the Worst - Designed with forged 7075 housing, fully sealed construction and dry nitrogen to protect against the toughest elements, waterproof to 100 ft. (30m)

Small Footprint - Engineered to reduce optic length, this specialized design features a slightly canted objective lens that allows for a smaller footprint which maximizes space on the platform and reduces weight