Condor CQ35L 2.0 Thermal Monocular with LRF

HIKMICRO HSIS shutterless technology eliminates image freezing during calibration, delivering uninterrupted thermal viewing with smoother visuals, improved reliability, and a more seamless observation experience during continuous use.

A <15 NETD thermal optic detects extremely small temperature differences, delivering sharper image detail, improved target identification, and enhanced performance in challenging conditions such as fog, rain, and low-contrast environments.

The Condor 2.0 with a 1000m Laser Rangefinder delivers fast, accurate distance measurements for confident target engagement. By combining precision ranging with advanced thermal imaging, it enhances situational awareness and decision-making in the field.

The HIKMICRO Sight App enables seamless wireless connectivity with HIKMICRO devices, allowing users to view live footage, capture media, adjust settings, and share content directly with their smartphone or tablet.

With an IP67 rating, the Condor 2.0 is built to perform in demanding environments. Protected against dust ingress and temporary water immersion, it delivers reliable operation in rain, mud, and harsh field conditions when it matters most.

Powered by a replaceable and rechargeable 21700 battery, the Falcon FQ25 delivers up to 6.5 hours of continuous runtime. The user-swappable battery design provides added flexibility, helping you stay operational for longer in the field.

HIKMICRO Zoom Pro enhances thermal imaging during digital zoom, preserving detail and clarity at higher magnification. It reduces image degradation, enabling more accurate target identification and improved situational awareness at distance.

HIKMICRO's thermal Picture-in-Picture (PIP) mode displays a magnified section of the thermal image in a separate window while maintaining the full field of view. This enhances target identification and detail recognition without compromising situational awareness.

HIKMICRO Image Pro 4.0 takes thermal image processing to the next level with enhanced AI-powered algorithms that deliver greater detail, improved contrast, and superior noise reduction. The result is sharper, more realistic thermal imagery and outstanding target recognition in all lighting and environmental conditions.