2026-09-07
Machine vision is a technology that uses optical systems, industrial digital cameras and image processing tools to simulate human vision and thinking, aiming to give machines vision comparable to humans. Due to its non-touch, fast speed, high precision, and strong on-site anti-interference ability, the visual system's application scope covers industry, agriculture, medicine, military, aerospace, meteorology, astronomy, public security, transportation, scientific research and other industries, and is gradually expanding. Machine vision can break through the limits of the human eye in terms of speed and invisible light range, and improve the automation of weapons and equipment's information acquisition capabilities. It is the key to improving the level of equipment intelligence and automation. Below TEO Dior Technology introduces the main military applications:
machine vision
In the aerospace field, machine vision is used in the inspection and maintenance of flight devices, runway identification, aerial refueling identification and positioning, and target confirmation guidance.
In the satellite remote sensing system, machine vision technology is used to analyze various remote sensing images to perform automatic mapping, calibration of satellite images and topographic maps, and automatic mapping. By analyzing images and graphic features of terrain and landforms, automatic identification, understanding and classification of ground targets are achieved. The application of remote sensing systems in military reconnaissance, positioning, navigation, command, etc. has greatly improved my country's military capabilities and national security.
In the field of weapons inspection, researchers use machine vision technology to conduct weapon system aiming, barrel parameter detection, artillery system calibration, projectile identification systems, automatic tactical ammunition classification systems, firearm bore defect detection, bullet surface quality detection, etc.
Unmanned equipment includes drones and unmanned combat vehicles. To achieve "unmanned", machine vision needs to be applied. Reconnaissance, autonomous navigation and identification of military targets based on unmanned equipment also require the application of machine vision technology.
In addition to the above applications, there are also many studies on machine vision in other aspects of the military field. Typical examples include war control, weapons guidance, combat ration inspection, military vision systems, etc.
With the continuous development of technology and the continuous expansion of the application scope of machine vision in the military field, machine vision technology exists everywhere from remote sensing mapping, aerospace, weapons detection, weapon guidance, target detection, identification of friend or foe to the driving of drones and unmanned combat vehicles. It is believed that in the near future, more compact, intelligent, and network-free stand-alone vision devices will emerge. They can perform various intricate tasks and operate completely automatically. By then, its military applications will also be further expanded.
