In response to the further elevation of the future combat situation in the development of the new era, the country's military equipment is also pursuing further breakthroughs in technology.
More importantly, this reflects that the level of the mainland's aircraft carrier construction is beyond the imagination of the United States, and it also means that the mainland's next-generation combat strength is almost all in place, which is more conducive to enhancing the mainland's international status.
On the electromagnetic compatibility test platform of the Huangjiahu aircraft carrier in Wuhan, the mainland, a stealth unmanned carrier-based aircraft with a particularly similar appearance to the attack 11 appeared, and the news reflected in this discovery is multifaceted, because this electromagnetic compatibility test platform was used to test the adaptation of the carrier-based aircraft of the Shandong ship on the mainland at the beginning.
Now the Shandong ship is already in service, so the matching of the aircraft carrier model in the current test process is obviously our third aircraft carrier, that is, our Fujian ship.
As everyone knows, the mainland's Fujian ship is equipped with electromagnetic catapult technology for the first time, which is a major breakthrough in the mainland's aircraft carrier construction, and it is also evidence that the mainland's aircraft carrier construction strength can compete with the United States.
It is indeed a huge surprise for the stealth unmanned carrier-based aircraft that appeared this time, which is similar to the attack 11 and its appearance, because there has been no UAV model for the configuration of the aircraft carrier-based aircraft.
Therefore, the appearance of such a model on this platform means that the mainland Fujian ship is not only a breakthrough in electromagnetic catapult technology and a further update of the launch system, but also a stealth unmanned carrier-based aircraft on this electromagnetic compatibility test platform, which also shows that the carrier-based aircraft carried by the mainland aircraft carrier will enter a higher level in the future.
The reason for the emergence of the electromagnetic compatibility test platform is also to prevent the ship from being interfered with by other signals in naval operations.
With the continuous improvement of military technology in various countries and the strengthening of information-based operations, electromagnetic interference modes are frequent, which makes it easy for ships to exert their characteristics in the process of maritime operations, and in order to better deal with other interference and ensure performance, it is equipped with this test platform that simulates the aircraft carrier environment.
Because of the purpose of building this type of platform, the simulation carried out on this platform will eventually be added to the actual use of the aircraft carrier, so this discovery also means that in the mainland navy, the Fujian ship will be the first to be equipped with carrier-based fixed-wing UAVs.
Since this model can be tested on this platform, it also shows that the mainland has begun to build the next generation of combat power into the stage of UAV as a carrier-based aircraft.
Once the carrier-based aircraft is integrated into the UAV, it means that the mainland's more advanced combat power has been formed, and the carrier-based UAV will operate on the aircraft carrier for a long time in the future, which will change the overall combat situation of the mainland in the future and make the troops have higher combat efficiency.
In addition to the deployment of stealth carrier-based UAVs for mainland aircraft carriers, the deployment of mainland UAVs and other platforms will also be further promoted. The Continental Attack 11 stealth drone is an attack type with a flying wing layout, with a fuselage length of 10 meters, a wingspan of 14 meters, a take-off weight of up to 10 tons, and its engines allow it to operate for 6 hours and have a combat range of more than 1,500 kilometers.
As a UAV, this series of characteristics is more prominent, in terms of body shape and structural design, compared with most UAVs, it can load more fuel and has stronger combat capabilities.
Because it is a UAV, it is more petite in size and more stealthy, and it can also carry out tasks such as information reconnaissance and collection through low-altitude flight, so that the mainland has a greater chance of victory in future operations.
With the continuous improvement of the mainland's air force, the development technology of the mainland's UAV has also reached the world's advanced level, and the mainland's technology is more mature in stealth unmanned attack aircraft.
At this stage, the UAV model is undergoing electromagnetic compatibility tests, and this progress is corresponding to the relevant tests of the Fujian ship, if it goes well, it will be able to carry out the first test of the Fujian aircraft carrier together with other carrier-based aircraft such as J-35.
It is not only the configuration of the mainland's Fujian aircraft carrier, but also with the gradual improvement of the mainland's large-scale surface ship construction technology and the more complete configuration, the use of unmanned carrier-based aircraft pairs will also progress faster and be used more extensively, which will further strengthen the mainland's naval capabilities and better safeguard the mainland's maritime interests and security.