The DRAGON MI sets a new standard in surveillance technology, integrating the latest advancements and driven by deep understanding of customer needs.
The DRAGON MI combines most critical properties essential for surveillance, target acquisition and distance determination in one unit, providing impressive solutions to mission needs with its ergonomic, compact structure and smart features.
In addition to the high-sensitive and high-resolution thermal imager with a 1024 x 768 uncooled 12-micron detector, the DRAGON MI boasts exceptional performance with its low light capable high-definition camera featuring a 1280 x 960 resolution, capable of operating in <0.001 lux illumination environments. It also includes a 1535 nm eye-safe laser range finder, infrared laser pointer, integrated geo-location sensitive GNSS, and digital magnetic compass.
It is designed to carry the user’s experience one-step further and give them superiority with its high resolution XGA OLED display, long-lasting battery life and easy to use UI design that keeps up with the new generation. It provides superior awareness in ever-changing duty and environmental conditions by offering thermal and low-light CMOS imaging capabilities.
It has a rugged and lightweight construction to survive extreme conditions with peak performance. Tested for MIL-STD-810 and with a waterproof design, the DRAGON MI is durable and reliable for maximum structural rigidity.
The DRAGON MI will revolutionize its class and redefine the standards.
All calculations are based on Johnson Criteria with 1-3-6 CPT. A human target is defined with a height of 1.8 meters, while a vehicle target is represented using a tank with a width of 3.5 meters. Calculations assume standard environmental conditions, specified sensor resolution, and horizontal field of view (FOV) as outlined in the technical specifications. Actual performance may vary due to environmental factors, atmospheric conditions, or operational settings. Click here for detailed information on how DRI definitions are made.
