Holosun Technologies SCS-MOS Green Reticle Solar Charging Red Dot Sight for Glock MOS

Holosun Technologies SCS, Green Dot Sight, Non-Magnified, Fits Glock MOS, Green Ring & 2 MOA Dot, Matte Finish, Black, Solar with Internal Battery SCS-M-GR

The Holosun Technologies SCS-MOS Green Reticle Solar Charging Red Dot Sight offers a sleek, low-profile optic designed specifically for Glock MOS systems, providing quick target acquisition with minimal footprint. This sight attaches directly to your pistol without the need for any adapter plates, simplifying installation and ensuring a secure fit while maintaining compatibility with standard-height iron sights. Its innovative Solar Failsafe system powers the optic primarily through integrated solar cells, complemented by an internal rechargeable battery that ensures reliable operation even in low-light conditions. The automatic brightness adjustment feature optimizes visibility across varying lighting environments, extending the battery lifespan significantly. Under bright lighting conditions, the sight recharges itself, reducing the need for frequent battery replacements. The Multi-Reticle System (MRS) enhances targeting versatility by offering a choice between a 32 MOA circle, a 2 MOA dot, or both simultaneously, allowing shooters to customize their aiming point based on preference or shooting scenario. Constructed with durability in mind, this sight features a black finish that withstands recoil and harsh conditions, making it suitable for everyday carry and tactical applications.

Features:

• Direct mount for Glock MOS systems, no adapter plate required

• Low-profile design for comfortable concealment and quick handling

• Solar Failsafe system with integrated solar cells for primary power source

• Rechargeable internal battery with automatic brightness adjustment

• Self-recharging under bright light conditions for extended battery life

• Multi-Reticle System (MRS) offers a 32 MOA circle, 2 MOA dot, or both

• Durable black finish designed to withstand recoil and harsh environments