Holosun DRS-NV Digital Reflex Night Vision Optic with 8x Zoom & MRS

The Holosun DRS-NV provides an integrated optical solution, combining the rapid target acquisition capabilities of a reflex sight with high-resolution digital night vision. This dual-mode system offers improved visibility across varied lighting conditions, from daylight to complete darkness, making it a functional addition to modern tactical optics setups.

Key Features & Practical Application:

• Dual-Mode Functionality: Transitions between standard daytime reflex aiming and digital night vision, enabling effective target engagement in diverse environments, from well-lit to zero-light conditions.
• Digital Night Vision Sensor: Features a 1024×768 resolution sensor that delivers clear imagery at up to 60 frames per second, supporting smooth visual performance during dynamic scenarios or extended observation.
• Multi-Reticle System (MRS): Offers two distinct digital reticle options. Users can select an aiming solution appropriate for their specific application, whether for rapid engagement or precise shots with a precision rifle.
• 8x Digital Zoom: Provides adjustable magnification for closer target observation and identification, aiding situational awareness without substantial image degradation.
• Onboard Recording: Equipped with internal storage for digital image and video capture. This functionality is valuable for documenting training sessions at the shooting range equipment or critical observations in the field.
• Power & Data Management: Powered by a rechargeable 18350 battery. A USB-C port facilitates direct charging and efficient data transfer of recorded content.

The DRS-NV is a robust piece of firearm accessories. It provides a practical advantage for those engaged in low-light observation, whether for personal defense firearms or other demanding applications, offering reliable performance when visibility is limited. Its engineering supports consistent operation in field conditions, offering a clear visual interface for informed decision-making.