Binocular Low-Light-Level Night Vision Goggles

The double-tube binocular low-light-level night vision goggles have clear imaging, good invisibility, light weight and low power consumption. This viewer can significantly improve the ability of human eyes to observe at low light levels due to its certainstereoscopic vision effect. It can be held by hand or mounted on the head cap. This product is suitable for aerial vehicle to take off, land and carry out low-altitude and ultra-low-altitude flight missions at night or at low light levels.It also can be used for vehicle driving, patrol, medical treatment and rescue, observation, monitoring and information read.

 Technical Parameters

1． Field of view: 40°.

2． Magnification: 1×±0.05×;

3． Distortion: ≤ 4% within the 90% field of view.

4． Image intensifier: Generation II - extra.

5. Focusing range of objective lens: 250 mm～∞.

6. Diopter adjustment range of ocular lens: +2 ～ -6 diopters.

7. Pupil adjustment range: 52 mm ～ 72 mm.

8. Upward and downward adjustment range: 22 mm. Leftward and rightward adjustment range: 27 mm. Pitch adjustment range: ≥8°.；

9. Resolution: illumination 1×10-1lx, target contrast 85%, ≤ 1.0mrad;

10. Operating distance: With the visibility of 10km, clear starlight condition (1×10-3lx～3×10-3lx), relative humidity not more than 50%, contrast between the target and the background 50%±5% and probability of 75%, it can detect 30m×30m target ≥ 6km away.

11. Exit pupil diameter: φ14 mm.

12. Exit pupil distance: 25 mm.

13. Parallelism: horizontal divergence ≤ 1°30′, horizontal convergence ≤ 30′, vertical direction ≤ 30′.

14. Release mode: manual quick release.

15. Operating voltage: power supplied by battery 2.2V ～ 3.4V.

16. Low voltage alarm: It has the function of low voltage continuous flashing alarm and it can work normally for no less than 2h after alarm.

17. Continuous operating time: ≥ 10h under normal temperature.

18. Operating temperature: -43℃ ～ 50℃.

19. Weight: 650g (including the installing support, power module and cable).

Imaging Effect

Usage Scenario