NcStar VDBSOLC Solar Combat Red Dot Sight 1x24.5mm 4 MOA

The NcStar VDBSOLC SPD Solar Combat Red Dot combines solar charging technology with traditional battery backup for extended field reliability. This reflex sight delivers consistent target acquisition in varying light conditions without battery anxiety.

What Makes This Different

Solar charging capability sets this optic apart from battery-dependent red dots that fail at critical moments. The hybrid power system automatically switches between solar and CR2032 battery power based on ambient light conditions. While standard red dots drain batteries during extended use, this sight maintains functionality through daylight operations using solar power alone.

Key Features

• Solar panel with CR2032 battery backup for extended runtime
• 4 MOA red dot reticle for rapid target acquisition
• 24.5mm objective lens with anti-reflective coating
• Weaver/Picatinny rail mounting system
• 11 brightness settings for various lighting conditions
• Parallax-free design maintains zero at all practical ranges
• Black anodized aluminum construction for corrosion resistance

Field testing shows reliable function across temperature ranges from -10°F to 140°F. The 4 MOA dot size provides the optimal balance between precision shooting and rapid target engagement for tactical applications. Multiple brightness settings accommodate everything from low-light room clearing to bright outdoor competition shooting. The solar panel maintains charge during daylight training sessions, reserving battery power for dawn, dusk, and night operations.

Technical Specs

• Magnification: 1x with unlimited eye relief
• Objective diameter: 24.5mm
• Reticle: 4 MOA red dot
• Power source: Solar panel with CR2032 backup
• Brightness settings: 11 positions
• Mounting: Weaver/Picatinny rail compatible
• Construction: Anodized aluminum housing
• Weight: Approximately 6.2 ounces

This solar-powered red dot eliminates the primary failure point of electronic optics through intelligent power management. Law enforcement agencies and competitive shooters choose solar-hybrid sights for their proven reliability during extended operations.