Introducing the new Lynx 2.0 19mm thermal monocular. Sharing the same design philosophy, robust build quality and high performance thermal sensors as the class leading Falcon and Condor monoculars, the Lynx 2.0 redefines expectations from entry level thermal products.
High performance thermal - At the core of the Lynx 2.0 19mm is HIKMICRO’s latest generation, 384px Sub 20 mK NETD sensor that pairs with the advanced, F1.0 lens to detect very small changes in temperature and deliver an incredibly detailed image, even in the most challenging conditions. The 15mm Focal length offers 1.8x base mag with up to 8x digital magnification giving you 1.8-14.4x magnification range.
Compact and powerful - Built on a robust magnesium-alloy chassis, the Lynx 2.0 has a distinctly premium feel from the first time you pick it up. The updated chassis design also features a removable 18650 battery delivering up to 6.5 hours of run time. The ergonomic buttons fall easily to hand and allow you to intuitively take control of the main features, even in complete darkness. The large OLED screen gives a great view of your surroundings while the soft eyecup prevents unwanted light spill.
Digital connectivity - The Lynx 2.0 is supplied with the latest HIKMICRO software which gives you fast access to commonly used options like brightness and contrast and allows you to add a PIP screen to your monocular. The Lynx 2.0 offers a choice of four thermal colour profiles, the ability to record pictures or video and WiFi to allow you to connect, stream and control from the HIKMICRO sight app.
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The lower the NETD value, the better the imaging
Thermal imaging works by sensing tiny differences in temperature, and the more sensitive the sensor is to minute contrasts, the better and more clear the image in the viewfinder. Lynx 2.0’s sub 20mK NETD sensors capture the sharpest, most informative images, even in challenging conditions; this means that you can not just find the heat of people, animals and birds, but capture the detail of the surroundings to aid identification.