The Holosun HS507CX2 delivers precision aiming with its dual reticle system and solar failsafe technology. This compact red dot sight combines a 2 MOA dot with a 32 MOA circle reticle, providing rapid target acquisition and precise shot placement on pistols and carbines.
What Makes This Different
The HS507CX2 features Holosun's Multi-Reticle System (MRS) with three selectable reticle options: 2 MOA dot only, 32 MOA circle only, or both combined. Solar Failsafe technology automatically switches between battery and solar power based on lighting conditions. The titanium housing provides exceptional durability while maintaining a lightweight 1.5-ounce profile, significantly lighter than comparable aluminum housings.
Key Features
- Multi-Reticle System with 2 MOA dot, 32 MOA circle, or combination reticle
- Solar Failsafe with top-mounted solar panel and CR1632 battery backup
- Titanium construction rated for 20,000+ hours battery life
- RMR footprint compatible with standard mounting plates
- 12 brightness settings with auto-brightness adjustment
- Shake Awake motion sensor activates from sleep mode instantly
- IPX8 waterproof rating tested to 1 meter submersion
Field testing demonstrates consistent zero retention through 5,000+ rounds on centerfire pistols. The parallax-free optical system maintains accuracy across the entire viewing window. Competition shooters report faster target transitions with the circle reticle, while the 2 MOA dot provides precision for longer shots. The sight functions reliably in temperatures from -20°F to 140°F.
Technical Specs
- Dimensions: 1.78" L x 1.15" W x 1.15" H
- Weight: 1.5 oz
- Window size: 0.63" x 0.91"
- Housing material: 7075-T6 aluminum with titanium shroud
- Mounting: RMR footprint pattern
- Battery: CR1632 (included)
- Adjustment: 1 MOA per click
- Country of origin: China
The HS507CX2 addresses the reliability concerns of electronic sights through dual power sources and rugged construction. Professional users choose this sight for its proven track record in duty and competition environments.