HIKMICRO LYNX LE15 3.0 pocket thermal imaging device
Are you looking for a compact thermal monocular that you can always keep at hand while still performing reliably in demanding conditions? Do you want a thermal imaging device that delivers a clean and smooth image even with minimal temperature differences and retains details in dense vegetation or poor visibility? HIKMICRO LYNX LE15 3.0 represents the 3rd generation of the popular LYNX series, building on the proven pocket thermal concept while adding a significantly more sensitive sensor with NETD ≤ 20 mK, modern image algorithms Image Pro 3.0, and intelligent shutterless correction HSIS. The result is a smooth image without distracting interruptions, high contrast on the AMOLED display, and the ability to distinguish targets and fine environmental details. The fixed 15 mm lens (LE15) with 2.2× optical magnification allows target detection up to 750 meters, making it ideal especially for forest and mixed terrain. Thanks to a fast system start within 2 seconds, a replaceable 18650 battery with up to 6 hours of runtime, and 64 GB internal memory, the LE15 3.0 is ready for long observation sessions, photo and video recording with sound, and Wi-Fi connectivity with the HIKMICRO Sight mobile app. Its lightweight construction and compact dimensions make it an ideal tool for hunting, security, wildlife observation, airsoft, and professional use.
Overview of features and functions of the LYNX 3.0 series thermal imagers
Key Features
Highly sensitive 20 mK sensor:Captures even minimal temperature differences for maximum image detail.
Sensor resolution 256 × 192 px:Ideal balance between performance and compact size.
Image Pro 3.0 technology with HSIS correction:Clean and smooth image without shutter interruptions.
Detection up to 750 meters:Especially suitable for forest and mixed terrain.
AMOLED display 1024 × 768 px:High contrast and excellent detail readability.
Replaceable 18650 battery:Up to 6 hours of operation, easy field replacement. 2 batteries incl..












