Trijicon SRO Miniature Red Dot

The Trijicon Specialized Reflex Optic (SRO) is specifically engineered to improve shooting accuracy and speed by providing a wide field of view and a clean, crisp dot. Designed for hard use and the rigors of slide-ride pistols, the SRO makes it easy for users to find and track the reticle in both target and competitive shooting applications. Whether you require increased accuracy at a distance or rapid dot recovery for high-speed competition, this optic delivers the performance demanded by military, law enforcement, and shooting enthusiasts alike.

Every SRO features both manual and automatic LED brightness modes, ensuring optimal visibility in any lighting condition. Built with legendary toughness, the SRO shares a similar electronics design with the proven Trijicon RMR. The housing is forged from 7075-T6 aircraft-grade aluminum, making it significantly more durable than conventional red dot sights. This rugged construction protects the high-quality glass lenses and internal electronics, having been tested to survive typical pistol-mounted drops.

Key Features and Specifications:

• Large Field of View: Enhanced window design allows for faster target acquisition and easier tracking.
• Adjustable LED: Features both manual and automatic brightness modes to suit any environment.
• Exceptional Battery Life: Engineered for efficiency with a 3-year battery life.
• Rugged Construction: Forged 7075-T6 aircraft-grade aluminum housing for extreme durability.
• Top-Loading Battery: Easy battery changes without the need to remove the optic from the firearm.
• Parallax Free: High-quality glass provides a clear view with minimal distortion.
• Compatibility: Shares the same footprint as the Trijicon RMR for easy mounting on most optics-ready pistols.

With precise adjustability and outstanding glass clarity, the Trijicon SRO provides the confidence needed to get the job done. It is the premier choice for shooters looking for a reliable, high-performance reflex optic that excels in both speed and precision.