The Holosun SCS MOS delivers direct-mount optic performance for Glock MOS and compatible pistol platforms. This solar-powered red dot sight eliminates the battery compartment entirely, creating a lower profile and more reliable sighting system for duty and competition use.
What Makes This Different
The SCS (Solar Charging Sight) represents a fundamental shift in pistol optic design by incorporating photovoltaic cells directly into the sight housing. Unlike battery-dependent optics that can fail at critical moments, this system harvests ambient light to maintain continuous operation. The integrated solar charging technology provides up to 20,000 hours of runtime in complete darkness after a full charge, with unlimited operation under normal lighting conditions.
Key Features
- Solar charging system with 20,000-hour backup battery life
- Multi-reticle system: 2 MOA green dot with 32 MOA circle option
- Direct MOS mounting interface eliminates adapter plates
- 0.58" x 0.77" viewing window with 1x magnification
- Black anodized aluminum construction rated for centerfire pistol recoil
- Side-loading battery compartment accessible without sight removal
- IP67 waterproof rating for adverse weather conditions
Field performance centers on the green dot's visibility advantage in bright conditions and low-light scenarios where red dots often wash out. The 2 MOA dot provides precise aiming for targets beyond 25 yards while the 32 MOA circle accelerates target acquisition in close-quarters situations. Competition shooters benefit from the instant-on activation and consistent point of impact, while duty applications gain reliability through the solar charging backup system.
Technical Specs
- Dimensions: 1.78" L x 1.15" W x 1.15" H
- Weight: 1.5 oz
- Window size: 0.58" x 0.77"
- Dot size: 2 MOA green with 32 MOA circle
- Mounting: Direct MOS interface
- Battery: CR1632 with solar charging
- Water resistance: IP67 rated
- Material: 7075-T6 aluminum housing
The SCS MOS addresses the primary failure points of traditional pistol optics through solar redundancy and direct mounting integration. Professional users gain a sight system that maintains zero under recoil stress while providing the runtime reliability demanded in critical applications.