Military experts are currently speculating on whether China's aircraft carrier may be equipped with unmanned combat air vehicles (UCAV). This has not only increased public interest in these new "robot fighters", but also led China's military devotees to wonder whether China's forthcoming self-developed aircraft carrier will similarly be equipped with shipborne UCAVs.
The technical threshold of the unmanned air vehicle is relatively low. A company that can manufacture sophisticated model aircraft has the technology to develop a UAV. However, the threshold of a UCAV is more than 10 times higher than that of a UAV. The combat capability of UCAV requires particular abilities in target identification and autonomous attack. Thus the requirements of the observing and targeting system (eyes), the control system (brain), and the communication system (mouth and ears) of a UCAV are very high. On the one hand, the UCAV should be able to detect the target that is to be attacked, while transmitting images to remote controllers; on the other hand, the UCAV should be able to receive remote directions based on human judgment, and then launch attacks or engage in combat under remote control.
Shipborne UAVs were not manufactured specifically for aircraft carriers. It is already the case that some advanced modern destroyers and surface vessels have been equipped with shipborne UAVs.
But the greater platform size of an aircraft carrier creates the opportunity for large-scale UAVs with combat and attack capabilities. However, this presents a technical difficulty - carrier-borne UCAVs need all the functions of ordinary UCAVs, but also require an independent capacity to take off from and land on aircraft carriers. The requirements of carrier-borne UCAVs include not only attack and combat capability, but also the delicate maneuvers of 'intelligent' aircraft.
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