The company Hikmicro has recently been focusing on modernising proven optical devices. This time it comes with a new version of binoculars that offer practically all available imaging modes, called Habrok Pro. These binoculars provide thermal imaging, classic colour day vision, and also night vision with infrared illuminator. And on top of that, the distance to the target is measured by an accurate laser rangefinder.

Thermal imaging
In the right tube of the binoculars there is a thermal imaging unit consisting of a precise 1280x1024px core with a sensitivity of NETD≤18mK (the lower the value, the higher the sensitivity) which, in combination with a 60mm lens, achieves a detection range of up to 3100 metres.

Day and night vision with illuminator
The second tube contains a digital 4K sensor for displaying both standard colour vision during the day and night vision supported by an infrared illuminator with a wavelength of 940nm (shorter range of 350 metres, less visible diode radiation).

Laser rangefinder
Thanks to the precise laser rangefinder with a wavelength of 905nm, the distance to the target can be measured up to 1000 metres with a deviation of only ±1m.
Functions
In addition to state-of-the-art components, the Habrok Pro series is full of advanced technologies. The Image Pro 2.0 algorithm enhances fine details while suppressing unwanted noise, the day vision mode can work even in low light conditions to some extent thanks to amplification of the received light and reproduction of lost colours, the stabilisation algorithm minimises image shake and movement, and thanks to WDR technology (Wide Dynamic Range) the binoculars adapt to any situation. Recording with sound to the built-in 64GB storage or to the mobile app Hikmicro Sight is, of course, also available.

Construction and power supply
Everything is protected by a durable magnesium alloy body with IP67 rating, and the device can operate in a temperature range from -30°C to +55°C. A custom-made Li-ion battery can power the binoculars for up to 9.5 hours.
