Complaint
Gen2+ Gen3 Hunting military wildlife long-range night vision binoculars telescope was designed to be a cost-effective night vision binocular without giving up quality or night vision performance, viewing long-distance range at night under full darkness conditions.
This is a compact, lightweight, dual image tube system that provide for depth perception and the comfort of use you would receive out of a pair of binoculars, and easy to operate.
The MH-NVBR night vision binocular has configurations to satisfy all budgets and performance requirements. The best part is that if there is no light to amplify, with the help of the infrared illuminator, you can cut through the darkness.
The MH-NVBR night vision binocular is the best value choice on the market for night vision binoculars.
| Model | DA-NVBR |
| Magnification,x | 5 |
| Field of view, deg | 20° |
| Lens system | 86mm F/1.2 |
| Interpupillary distance,m | 57-72 |
| Focus range, m | 8m to infinity |
| Power supply,V | 1CR123 batteries,3V |
| Battery life,hour | 50 |
| Eye relief distance,m | 15 |
| Diopter setting,V | -5to+5 |
| Dimension,mm | 225*150*75 |
| Weight,g | 1500 |
| MTBF,hour | 10000 |
| Bright light cut-off | Yes |
| Automatic shut-off system | Yes |
| Infrared illuminator | Yes |
| IR indicator | Yes |
| Low battery indicator | Yes |
| OMNI II | |
| Photocathode sensitivity,typical,μA/lm | ≥550 |
| Resolution,lp/mm | 57-64 |
| Luminous gain,fl/fcd | 19000-25000 |
| Signal-to-noise radio,typical | 20:1 or better |
| Tube reliability standard, hour | 10000 |
| Keep time,year | 10 |
| EFFECTIVE DISTANCE | |
| Detection range,m | 340-500 |
| Recognition range,m | 260-420 |
| 5mW IR illuminator,m | 55 |
| ENVIRONMENTAL DATA | |
| Operating temperature,ºC | -40ºC to +50ºC |
| Storage temperature,ºC | -30ºC to +50ºC |
| IP Degree | IPX4 |
Ireeda technology researches, designs, develops, manufactures Gen2+ Gen3 military tactical helmet infrared long-distance night vision binocular goggles technologies that enhance perception and awareness. we bring innovative sensing solutions into daily life through thermal imaging systems, visible-light imaging systems.
