한국군 무인항공기 운용방향에 관한 연구
A Study on How to Use Unmaned Aerial Vehicle in the Korean Army
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초록
In addition to the regular army of the nation, non-state actors such as rebels also participate in combat, so that not only regular warfare, but also non-regular warfare and subversion warfare, in which large-scale conventional weapons are mobilized. It is being developed in various types, including the anti-terrorism war. Unmanned aerial vehicles were operated as reconnaissance, attack, self-destruct and deception in modern warfare, proving useful in combat. The ROK military has operated unmanned aerial vehicles for reconnaissance in units above the corps level, but in addition to the introduction of global hawks for high-altitude reconnaissance, the deployment of unmanned aerial vehicles by sub-division level and the introduction of unmanned aerial vehicles in naval, air and maritime units are also being promoted. It is necessary to select and concentrate on the level of jointness by carefully reviewing the lessons learned in the field when operating the expanding unmanned aerial vehicle of the ROK military. The ROK military will have to operate unmanned aerial vehicles for reconnaissance surveillance, attack, combat support and combat service support. The main duty of reconnaissance surveillance is to monitor and patrol battlefields and to verify attack targets, provide location information of targets, and assess bombing damage. An attack is to attack an enemy target or identify the target by attaching a weapon or bomb to the aircraft, and then hit it in the form of a self-destructing collision. Support for combat support and combat service is to support combat units, which can be used for communication relay, transport of medical equipment, and military support and distribution of major combat equipment and emergency supplies to overcome hearing loss areas. It is also necessary to establish an unmanned aircraft protection system, which is divided into two stages: detecting and suppressing unmanned aircraft. The detection stage can improve performance so that existing air defense systems can detect unmanned aircraft and apply methods such as firing weapons directly down and disrupting GPS signals or communications during the suppression phase.
Abstract
In addition to the regular army of the nation, non-state actors such as rebels also participate in combat, so that not only regular warfare, but also non-regular warfare and subversion warfare, in which large-scale conventional weapons are mobilized. It is being developed in various types, including the anti-terrorism war. Unmanned aerial vehicles were operated as reconnaissance, attack, self-destruct and deception in modern warfare, proving useful in combat. The ROK military has operated unmanned aerial vehicles for reconnaissance in units above the corps level, but in addition to the introduction of global hawks for high-altitude reconnaissance, the deployment of unmanned aerial vehicles by sub-division level and the introduction of unmanned aerial vehicles in naval, air and maritime units are also being promoted. It is necessary to select and concentrate on the level of jointness by carefully reviewing the lessons learned in the field when operating the expanding unmanned aerial vehicle of the ROK military. The ROK military will have to operate unmanned aerial vehicles for reconnaissance surveillance, attack, combat support and combat service support. The main duty of reconnaissance surveillance is to monitor and patrol battlefields and to verify attack targets, provide location information of targets, and assess bombing damage. An attack is to attack an enemy target or identify the target by attaching a weapon or bomb to the aircraft, and then hit it in the form of a self-destructing collision. Support for combat support and combat service is to support combat units, which can be used for communication relay, transport of medical equipment, and military support and distribution of major combat equipment and emergency supplies to overcome hearing loss areas. It is also necessary to establish an unmanned aircraft protection system, which is divided into two stages: detecting and suppressing unmanned aircraft. The detection stage can improve performance so that existing air defense systems can detect unmanned aircraft and apply methods such as firing weapons directly down and disrupting GPS signals or communications during the suppression phase.
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