BQ14072 Includes Only:
- Drawstring Bag
- USB-C to USB-A Cord
- Micro SD to USB Converter
- Battery
- Lens Cloth
Features:
- Silicone Buttons with Backlight, Easy to Handle in Darkness
- Powered by Built-In Rechargeable Lithium Battery
- Tripod Adaptable
- Daytime/Nighttime Modes
- Small, Compact, and Lightweight Design
The NV-2 Night Vision Infrared Digital Binoculars by Barska offers 10x magnification viewing in complete darkness using a powerful infrared illuminator. Compact and lightweight, the NV-2 is quick and easy to use at a moment's notice. Advanced night vision technology allows the user to see up to 850 yards into the night with the help of an integrated infrared illuminator with 3 brightness settings. Look through the binoculars to capture an image or record a video, and then view files directly in the binocular's internal screen or share files to be viewed on the television or computer with the included USB cable or Micro SD to USB Converter. The NV-2 Night Vision Infrared Digital Binoculars is perfect for camping, surveillance, hunting, night navigation, and much more. For portability, the NV-2 includes a neck strap and carrying case, and its built-in tripod mount allows for flexible setup options. Wide-angle viewing requires no adjustments, ensuring ease of use. The device operates using a standard Micro SD card and a rechargeable Lithium battery. Perfect for camping, surveillance, hunting, night navigation, and much more. The NV-2 offers a clear view with 10x magnification and the option of 8x digital zoom. It's capable of recording both daytime and nighttime images and videos in black and white, thanks to its infrared illumination feature, which extends viewing distance up to 820 yards/750 meters in the dark. You can easily transfer images and video files to a computer using the provided USB cable or Micro SD to USB Converter and view them on compatible computer or TV monitors. Disclaimer: the images shown for Barska night vision optic are for visual illustration only and may not accurately represent the actual view through the device.
