Trijicon RMR Type 2 Red Dot Sight 1 MOA Matte Black 700742

The Trijicon RMR Type 2 delivers professional-grade red dot performance for pistols and carbines. This 1 MOA dot sight provides precision aiming with legendary durability that law enforcement and competitive shooters trust.

What Makes This Different

The Type 2 features improved electronics over the original RMR, with better battery contacts and enhanced shock resistance. The forged aluminum housing withstands repeated recoil cycles while maintaining zero, unlike polymer alternatives. Battery life extends to 4+ years of continuous use at setting 4, eliminating concerns about power failure during critical moments.

Key Features

• 1 MOA red dot for precise shot placement at extended ranges
• Forged aluminum housing with hard anodized matte black finish
• Dual-illuminated reticle with 8 brightness settings plus auto mode
• Compatible with RMR mounting footprint on pistols and long guns
• Waterproof to 20 meters with O-ring sealed housing
• CR2032 battery provides 4+ years continuous operation
• Adjustable LED brightness from 1-8 plus automatic setting

Field testing demonstrates consistent performance across temperature extremes from -40°F to 160°F. The sight maintains zero through thousands of rounds on high-recoil platforms including .40 S&W and .45 ACP pistols. Competition shooters rely on the crisp 1 MOA dot for precision work, while duty officers appreciate the instant target acquisition in low-light conditions.

Technical Specs

• Dimensions: 1.8" x 1.1" x 0.9"
• Weight: 1.2 ounces without mount
• Window size: 0.87" x 0.63"
• Dot size: 1 MOA red dot
• Battery: CR2032 lithium (included)
• Adjustment: 1 MOA per click windage and elevation
• Material: Forged 7075-T6 aluminum
• Finish: Hard anodized matte black
• Country of origin: USA
• Warranty: Limited lifetime

Trijicon backs this optic with their lifetime warranty and decades of military contract experience. The RMR Type 2 represents proven technology refined through continuous improvement, making it the logical choice for serious applications where failure is not an option.