AGM ObservIR LRF 60-1280 Thermal Imaging/Night Vision Fusion Camera with Laser Rangefinder
The AGM ObservIR LRF 60-1280 Thermal Imaging/Night Vision Fusion Camera with Laser Rangefinder represents the absolute pinnacle of observation technology. Thanks to the unrivalled thermal resolution of 1280 x 1024 and the combination of a 60mm thermal lens with a 4K optical sensor, you get razor-sharp, highly detailed images both day and night. With an impressive detection range of up to 3,100 metres and a laser rangefinder reaching up to 1,000 metres, this model delivers performance for the most demanding users.
The thermal channel offers magnification from 2.5x to 28x with a field of view of 14.6° x 11.7°. The optical channel provides 5.5x to 22x magnification with a field of view of 6.9° x 4.1°. Scene modes such as Jungle and Recognition let you quickly adapt the display to your surroundings. The OLED display (1920 x 1080, 50 fps) ensures smooth and sharp imagery. With colour palettes including White Hot, Black Hot, Red Hot, and Fusion, you can easily select the right view. Spot tracking automatically follows the hottest object in the frame.
The integrated laser rangefinder operates with a safe Class 1 laser (905 nm). For use in complete darkness, the system is equipped with 850 nm Smart IR illumination with adjustable intensity and beam, providing visibility up to 400 metres. The camera is fully adjustable thanks to an interpupillary distance of 60 to 74 mm and dioptre correction of -5 to +3 dpt. With dimensions of 230 x 143 x 80 mm and a weight of 0.98 kg (without batteries), it remains comfortable to use.
Important – battery information: this model does not work with standard 18650 batteries. The AGM ObservIR LRF 60-1280 uses a specific AGM NE-7255 rechargeable battery, the same type as used in the AGM Rattler V2/V3. Two original NE-7255 batteries are included as standard and together provide up to 8 hours of use, depending on settings.
The camera is fully IP67-certified, making it resistant to harsh weather conditions and intensive field use.