Chinese researchers develop radar mistake for war ships

Chinese defense researchers have released an innovative electronic deception system for war ships, capable of creating the illusion of a fleet of enemy radar vessels.

The advance, described by scientists at the Beijing Telemetry Research Institute, represents a new border in electronic war, allowing a single ship to be detected as multiple fictitious targets. The system uses a simple low -cost technology and can change the course of naval combat tactics.

According to an article revised by pairs published in Journal of Systems Engineering and Electronicsand reported by South China Morning Postthe electronic mistake system is based on the coordination of small electronic lock devices known as “blockers”, which emit fake radar signs to create the impression of a vessel fleet.

These signs can fool the radars of opposing military systems, making them believe that there are several targets when, in reality, only one ship is present.

In combat simulations, the system was effective against radar -guided anti -viral missiles by deflecting missiles to false targets while the royal ship remained hidden.

Unlike traditional mistakes, which usually require expensive equipment and have difficulty replicating the electromagnetic signature of modern ships, the new Chinese method uses simpler hardware and more flexible coordination techniques.

The key to innovation lies in using 1 bit signal processors, a minimalist chip that can detect a radar wave that exceeds a certain voltage limit.

Although this technology is basic, it allows a quick response and real -time adaptation to the dynamic environment of the battlefield. According to the researchers, the reduced cost and the agility of the system were essential aspects for its design.

By comparison, traditional radar flashes are expensive and rigid, unable to quickly adapt to changes in enemy tactics.

The Chinese system uses special algorithms to allow blockers to work in a coordinated manner and adjust their settings agile. Thus, devices are able to create radar images that mimic out moving fleets.

This type of concealment offers a significant strategic advantage, causing enemy forces to waste resources tracking false signs, while real military assets are hidden.

The main feature of the system is the ability to manage multiple blockers simultaneously. When connected, these devices can generate highly realistic interference patterns, creating the illusion that a large amount of war ships is spread throughout a large area.

The effect is described by researchers as a “sculpture of the electromagnetic environment”, which remodels the combat scenario and provides a considerable tactical advantage.

The implementation of this technology brings great flexibility to the military, as it allows the use of scalable solutions and less dependent on expensive equipment. This approach can also reduce the need for complex radar flags, making the naval operation more economical.

However, the researchers highlight some system limitations. The findings made so far come from digital simulations, not practical missile tests, which means that the efficacy of the system still needs to be validated under real combat conditions.

In addition, the simplicity of the 1 Bit processor can make the system vulnerable to contracted, especially network missiles, which are able to cross radar data to identify false targets.

Despite these limitations, Chinese scientists are confident that the integration of artificial intelligence and the improvement of signal coordination may increase the efficacy and robustness of the system.

The research leader, Hu Jijun, expressed the expectation that this technology will provide a substantial advantage to China in future electronic war scenarios. The next step for researchers will be to perform live field tests and integrate the system with existing naval platforms.

This new electronic mistake system marks a significant evolution in naval combat tactics, providing an effective tool for China in the domain of electronic war.

With the use of simple, cheap and agile devices, the country is positioning itself to make electronic concealment an essential component in its defense efforts, potentially reducing the importance of physical firepower in naval operations.