The Holosun HS515GM Micro Red Dot Sight provides rapid target acquisition and precise aiming capabilities for dynamic engagements. Engineered for durability and extended operational readiness, it integrates advanced reticle options with efficient power management for reliable performance in critical applications.
Key Features
Advanced Reticle System
The HS515GM features a versatile Multi-Reticle System (MRS) offering a 65 MOA circle with a 2 MOA dot, or a standalone 2 MOA dot for precise aiming. This configuration allows for rapid target acquisition in close quarters and refined precision for extended ranges, adapting to diverse operational requirements. Users can seamlessly switch between reticle patterns to optimize for specific engagement scenarios.
Extended Battery Life and Shake Awake Technology
Utilizing high-efficiency LED technology and a single side-mounted CR2032 battery, the HS515GM delivers an operational life of up to 5 years when operating on the 2 MOA dot setting. Holosun’s Shake Awake™ system intelligently conserves power by entering sleep mode during periods of inactivity and reactivating instantly upon sensing movement. This ensures the optic is always ready for immediate deployment without manual intervention, mitigating potential delays.
Integrated Mounting and Protection
This optic includes a robust quick-release (QD) mount for secure attachment and rapid detachment from compatible rail systems. For enhanced optical protection and signature management, clear flip-up lens covers and a kill flash filter are supplied as standard. These accessories ensure lens integrity and mitigate unwanted reflections in varying environmental and lighting conditions.
Technical Specifications
- **Model:** HS515GM
- **Reticle:** 65 MOA Circle Dot / 2 MOA Dot (switchable)
- **Battery Type:** CR2032 (side-mounted)
- **Battery Life:** Up to 50,000 hours (5 years) on 2 MOA dot setting
- **Technology:** Shake Awake™
- **Mounting:** Quick Release (QD)
- **Included Accessories:** Clear Flip-Up Lens Covers, Kill Flash Filter
