Designed to fit perfectly in one hand or in a standard-size pocket, Axion ensures comfortable grip and handling, as well as easy carrying. The compact design also makes Axion the perfect thermal imaging monocular for scouting and spotting. The powerful objective lens in combination with a 12 µm professional grade thermal imaging sensor provides exceptional detection capabilities. A standard 1.8m (6ft) tall object can be detected at a 1200m (1312 yard) distance in complete darkness. The housing is made from lightweight magnesium alloy which ensures high structural rigidity and ruggedness while retaining small weight and ergonomics.
The built-in video recorder is a great asset when it comes to filming or taking photos of once-in-a-lifetime experiences. One press of the REC button captures footage that can be shared easily with colleagues, friends and family. 16gb of internal memory provide many hours of recorded video and tons of photos.
Built in WiFi module provides connectivity of Axion with other Android or iOS smartphones or tablets. The smartphone (not included) and thermal imager combination offers a set of unique features such as direct image streaming, downloading and sharing recorded files, firmware update and many other.
Thanks to the new revolutionary electronics unit can be started almost instantly. Quick start-up helps to save energy and thus prolongs time of operation. The unit can be kept in a pocket and then rapidly activated when the right time comes.
High contrast AMOLED micro display of HD resolution offers crisp image and vivid colors. Display ensures excellent image quality and flawless performance even in freezing temperatures.
IPX7 waterproof-rated for protection from heavy rainfall, snow or other precipitation. The Axion is designed to run flawlessly, even after submersion in up to 3 feet of water for up to 30 minutes.
Upon activation Picture in Picture function displays second small image with magnification in the top part of the screen. Small image helps to zoom in on a target while retaining the rest of the field of view visible.