Thermal imaging monocular Condor CH35L

HikMicro CONDOR LRF CH35L is a portable thermal imaging monocular with a 384x288 thermal sensor and NETD sensitivity of less than 20 mK in a magnesium alloy body, as well as a laser rangefinder for accurate target distance measurement day and night.

Detection range up to 1800 m and variable magnification from 3.5 to 28x provide amazing performance with a high-resolution 1024x768 OLED display.

Ultra-clear image, impressive detail recognition

The powerful high-sensitivity (NETD<20 mK) thermal imaging detector of the HIKMICRO CONDOR thermal imaging monocular helps you easily and clearly identify small details of objects and the background in various weather and light conditions.

Specially developed image algorithm provides stunning image quality

The image algorithms developed by HIKMICRO provide the HIKMICRO CONDOR thermal imaging monocular with highly optimized images and remarkable detail. These algorithms are developed based on extensive analysis of various hunting scene images and thermal imaging features.

Accurate distance measurement

Distance is important for safety. The built-in laser rangefinder of the HIKMICRO CONDOR thermal monocular allows the user to measure distances up to 1000 m with an accuracy of ±1 meter in various scenarios, ensuring the most accurate measurement of the situation.

Perfect ergonomics, highest reliability

Ergonomic design of a gripping shape for comfortable operation. The compact and comfortable shape of the HIKMICRO CONDOR fits perfectly into human hands. It is made of soft and skin-friendly material, which guarantees comfortable operation for both left-handed and right-handed people.

Durable magnesium alloy body construction for long-term use

Magnesium alloy construction provides durability, light weight and enhances stability, long-term use in any harsh environmental conditions.

Personalized visual perception settings

The HIKMICRO CONDOR thermal imaging monocular has a hierarchical menu in which the user determines the priority of frequently used functions with the ability to customize visual perception to the maximum level of comfort, adjusting parameters such as contrast, sharpness and other personalized parameters.