Expert Binocular Group

The DNT Optics Zulus HD V2 Digital Day/Night Vision Scope is an advanced multifunction optic designed for hunters, shooters, and outdoor professionals who demand reliable performance in both daylight and complete darkness. Combining a high-definition digital imaging system with a powerful infrared illuminator and an integrated laser rangefinder, the Zulus HD V2 delivers precise target identification and accurate distance measurement in any lighting condition.

Engineered with modern digital optics technology, this scope offers crisp HD visuals, smooth digital zoom, and intuitive controls that make target acquisition fast and effortless. The built-in laser rangefinder provides accurate distance readings, allowing users to make better shooting decisions in the field.

Its rugged housing is built to withstand demanding environments while maintaining stable performance. Whether used for nighttime hunting, surveillance, or tactical applications, the Zulus HD V2 ensures clear viewing, reliable range estimation, and superior optical clarity in one compact system.

Specifications

Features

HD Digital Imaging
Provides clear and detailed visuals during both daytime and nighttime operations.

Integrated Infrared Illuminator
Enhances visibility in complete darkness, allowing the user to detect targets beyond natural light conditions.

Built-in Laser Rangefinder
Accurately measures target distance, helping shooters make precise adjustments.

Day & Night Operation
Seamlessly switch between day mode and night mode without changing optics.

Digital Zoom Capability
Allows flexible magnification for closer inspection of distant targets.

Video & Photo Recording
Capture hunting moments or observations directly through the scope.

Durable Field Construction
Designed to withstand outdoor environments and demanding use.

User-Friendly Interface
Simple controls and intuitive menus make the scope easy to operate even in low-light conditions.

Compact All-in-One System
Combines night vision, rangefinder, and recording functions into a single optic device.