1. Infrared thermal imaging technology offers good camouflage and is a passive, non-contact kind of detection and identification.
Because infrared thermal imaging technology uses passive, non-contact target detection and identification, it is well-concealed and difficult to locate, making infrared thermal imager operators safer and more efficient.
2. Infrared thermal imaging technology can accurately track thermal targets at great distances and offer precise guiding since it is free of electromagnetic interference.
It is immune to electromagnetic interference because infrared thermal imaging technology uses heat infrared rays. Advanced thermal imaging technology is used by the infrared search and tracking system to reliably track thermal objects from a distance and to track numerous targets at once, maximizing the effectiveness of the weapon.
Because infrared thermal imaging technology can be properly guided, guided weapons can discover the most vital targets to kill and have a high level of intelligence that allows them to be ignored after launch. This considerably increases the accuracy of ammunition and increases its combat effectiveness. multiplied by hundreds of times.
3. 24 hour, all-weather monitoring is indeed possible with infrared thermal imaging technology.
The atmosphere, smoke clouds, etc. can absorb visible light and near-infrared light, but they are transparent to infrared rays between 3-5 m and 8-14 m, which are the most prevalent wavelengths in nature. window".
Thus, the object to be monitored can be seen clearly through these two windows even on a pitch-black night or in a difficult environment like rain, snow, or other hazy clouds. This feature allows infrared thermal imaging technology to provide 24 hour, all-weather surveillance.
4. The infrared thermal imaging technology has a good range of operation and powerful detection capabilities.
The infrared thermal imaging technology has a powerful ability to detect, is visible outside the range of enemy defense weapons, and has a lasting effect.
Currently, a handheld thermal imager mounted on a light weapon can allow users to see a person's body more than 800 meters away, and the range of aiming and firing is 2-3 kilometers. A ship can observe the water's surface for up to 10 kilometers, and a helicopter can observe it from a height of 1.5 kilometers. It is possible to track the movements of specific soldiers on the ground; observe individuals on the ground and moving vehicles from a reconnaissance plane at a height of 20 km; and identify submarines beneath water by observing variations in seawater temperature.
