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The "unmanned helicopter mini aircraft carrier" recently exposed by the Chinese Navy has attracted widespread attention. The carrier seems to have been equipped in the naval forces, and although we only saw footage of takeoffs and landings from the foreflight deck and the "mini-Chinook unmanned helicopter", some obvious features can be observed from these segments, such as two large anchor reels and five UAV helicopter landing pads. The carrier is likely to be the Unmanned Tandem Twin-rotor helicopter platform of the Fighting Shark manufactured by Nanjing Changfeng Aerospace Electronic Technology Co. Ltd. and Jiangsu Dayang Marine Equipment Co., Ltd., which was shown at the 2021 Zhuhai Air Show and unveiled at the launch ceremony in May 2021.
It is worth mentioning that this "minicarrier" may be able to carry five unmanned helicopters and have multiple large antenna domes on the ship island, which may be used to control large drone swarms for high-bandwidth communications, or for communication purposes such as sharing data links. In addition, the "mini-Chinook helicopter" it carries may be a variant or derivative of the GQ-320 unmanned carrier-based helicopter, which has reportedly been put into service on the western front of the China-India border in 2020 for altitude training and simulated transportation of the wounded and emergency air-dropped ammunition supplies.
According to the CCTV program, the aircraft carrier is currently located in the "Naval Experimental Training Base", as a "blue army" ship, simulating the enemy's "swarm" UAV swarm attack, large-capacity anti-ship cruise missile attack, large-scale distributed electronic warfare attack, etc., to improve the PLA Navy's ability to deal with the enemy.
Although the Shark was designed to simulate the enemy's "Blue Army" and was not explicitly planned to enter service as main battle equipment, American experts believe that according to the model, the large open-air deck of the "mini carrier" adds flexibility to it and can be used for other purposes, such as installing catapults or static launchers for fixed-wing drones, or even mounting its island on other large ships. This will transform it from a simulated "grindstone" to an "attack weapon" in actual combat, and play a greater role in real combat.
Not only that, American experts point out that although the "swarm tactics" of drones already pose a threat to the US Navy, the United States attaches much less importance to it than China. For example, several U.S. Navy destroyers were surrounded by drone swarms a few years ago, but as of April 2021, the U.S. Navy has still been unable to identify the source and operator of these drones, indicating that the U.S. Navy seems to lack effective measures in dealing with drone swarms.
In contrast, the PLA has invested a lot of resources to build specialized "blue army" ships to simulate the most severe confrontation scenarios in order to verify the combat effectiveness of anti-drone aircraft, indicating that the PLA is very aware of the risks of drone swarms to combat troops. In recent years, the PLA has also demonstrated a variety of new UAV launch systems that can be adapted to almost any cargo ship or warship, indicating that China is paying far more attention to drone warfare than the United States, which has the potential to change the "rules of the game" for future naval warfare.
Revelation:
The "drone carrier" of the Chinese Navy, mentioned in the article, has attracted widespread attention. This phenomenon reveals some important truths and trends, which deserve in-depth consideration.
First of all, the pace of technological development of the Chinese Navy is impressive. From the footage and materials presented, China has made significant progress in the field of drone technology. This shows that China is constantly catching up in military technology and, in some areas, even leading the way. This rapidly rising capability could have far-reaching implications for the international military balance.
Secondly, the use of the unmanned tandem twin-rotor helicopter platform mentioned in this article is to simulate enemy actions, which further reflects the level of combat readiness training of the Chinese military. The Chinese military is actively honing and improving its countermeasures to better respond to various threats and challenges. This focus on training and combat readiness is an integral part of the modern military.
In addition, China's focus on drone technology has also sparked international discussions about the importance of this field. UAVs are playing an increasingly important role in modern military affairs, such as UAV "swarm tactics" already pose a threat to the US Navy. Both China and the United States are actively developing and utilizing drones, which means that future military competition may focus more on the development and utilization of drone technology.
In conclusion, we can draw several important lessons from this information. The technical strength and combat readiness training level of the Chinese Navy are constantly improving, which will have a profound impact on the international military pattern. The development of UAV technology will become a key area of future military competition, and all countries are actively investing resources. The international community therefore needs to pay closer attention to these trends in order to ensure the maintenance of global peace and security.
Summary:
The Chinese Navy's "UAV carrier" demonstrates significant advances in China's military technology and combat readiness. This phenomenon has aroused widespread attention and discussion, and has a profound impact on the international military pattern and the evolution of future wars.
First of all, the pace of technological development of the Chinese Navy is impressive. Although specific details are limited, from the information presented, China has made significant progress in the field of drone technology. This shows that China's investment in military technology and innovation capabilities are increasing. This technological rise could shift the international military balance and provoke concern and response from other countries.
Second, the Chinese Navy's Unmanned Tandem Twin-rotor helicopter platform is used to simulate enemy movements, which reflects the level of combat readiness training of the Chinese military. The Chinese military actively conducts confrontational training to improve its ability to respond to various threats and challenges. This emphasis on actual combat readiness is an integral part of the modern military and a key factor in the Chinese Navy's continuous improvement of its comprehensive strength.
In addition, China's investment in and attention to drone technology has also sparked international discussion about the importance of drones in modern military use. Drones are playing an increasingly important role in military applications, such as drone "swarm tactics" that already pose a threat to the U.S. Navy. Both China and the United States are actively developing and utilizing drones, suggesting that future military competition may focus more on the development and utilization of drone technology.
Taken together, the Chinese Navy's "UAV carrier" demonstrates China's strength in military technology, combat readiness training and UAVs. This will have a far-reaching impact on the international military landscape and will require close attention and careful assessment by the international community to ensure the maintenance of global peace and security. Future military competition may lead to breakthroughs in the field of drone technology, which requires countries to remain vigilant and innovative in technological research and development and military readiness.
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