Military Technology

Now that the problem is found, this test is not necessary to continue.

Immediately after Zhao Hongzhe instructed to end the test, he saw two drone clusters, one large and one small, still on the mission, began to quickly stretch their heights, and then assembled to the designated No. 4 airspace.

After the two drone swarms came together, they fused together. Then, according to the set procedure, they landed in batches to the open space below the No. 4 airspace.

The personnel who had been there for a long time quickly began to recover the drones that landed. In addition, special personnel began to search for those drones that fell and failed during the test.

These drones are not worth much, but the important thing is the data information inside the drone. Although there are protection programs, the drone will automatically clear the data in it when it fails. However, it is difficult to guarantee that there will be no accidents, so it is safer to recycle and protect the environment.

Although there were some surprises at the end of this test, it was generally successful and the results were very fruitful.

The research team naturally reported the news quickly, and immediately received a call to congratulate the institute and relevant authorities.

Of course, there were two notices accompanying the congratulatory message. The first notice is to ask them to submit relevant materials immediately. After the competent unit has reviewed it, it will be submitted to the media and released as a gift.

This is also the reason why the research team has such a tight schedule and has to complete the relevant tests before October.

The second notice is to ask Zhao Hongzhe to return to the capital with relevant test data and main R\u0026D personnel to participate in the seminar on relevant test results. The finishing touches here are left to the rest of the team.

Zhao Hongzhe did not delay in paying attention to the research institute and the competent department. Immediately packed up the materials, explained the work, and drove back to the capital with the main backbone members.

Wu Hao originally thought that the test was over and he had nothing to do with him. He was going to go home with Yang Fan and the others. Unexpectedly, there is his name in the list of key members.

Although helpless, but see shirk. He could only ask Yang Fan and the others to pack up and return to Anxi ahead of time, while he followed Zhao Hongzhe and the others to the capital to attend the test results seminar.

Originally, Wu Hao thought this was just an ordinary tea party, but he didn't expect to take it so seriously. In addition to the relevant leaders of the research institute and the competent unit, there are also some army representatives, experts in various fields, and only six or seven academicians. It can be seen that the above attention is paid to this technology, as well as the high specification of this test results seminar.

Therefore, during the meeting, Wu Hao was basically a supporting role playing soy sauce. The whole process was explained by Professor Zhao Hongzhe and Professor Yang Xuehai, and other members of the team assisted.

Through this series of test data, leaders and experts have also seen the power of this technology.

Although everyone had thought before that there would be some results, but this time the results were a bit ground-breaking. Judging from various data, this technology has basically matured.

In other words, it will not be long before this technology can be practically applied, and it is very versatile.

At this level, everyone no longer avoids anything, and directly analyzes the military use of this technology.

The first and most intuitive one is definitely the drone swarm strike technology, which is the most successful test result in this test.

According to various data, this UAV swarm strike technology has reached a level where it can be used, that is to say, it can be put into use immediately after a little improvement.

In everyone's expected usage scenarios, a large number of miniature suicide drones are released over the battlefield by transport aircraft bombers or fighter jets. Or it is released outside the battlefield, and then automatically controlled by the cluster to fly over the battlefield.

Use remote control command or pre-set attack targets in advance to mark the targets that can be attacked in the battlefield, and then the cluster will control the attack independently, or remotely control the attack.

Once a large number of drones are released over the battlefield, even if the enemy has an advanced air defense system and a large number of missile fighters, it is impossible to destroy all the enemy's armed targets in the controllable area before it organizes effective air defense.

Even if the enemy has an effective air defense force, it will be difficult to deal with these tens of thousands of micro-UAV swarms.

The second usage scenario is to deploy such a considerable number of miniature suicide drone swarms on the battlefield. Then the ground combat unit can call the command aircraft group at any time to attack the relevant armed targets of the enemy, and can also quickly provide fire support to any area on the battlefield.

The third usage scenario is to apply this technology to related cruise missiles or anti-ship missiles, or directly transform them into suicide drones.

Warplanes or missiles are launched from local fortifications or outside the air defense area of ​​warships, and a large number of missiles or drones will attack the target by breaking through the enemy's dense air defense network in a saturated way.

Such a large cluster of attack units is enough to shred all the current advanced and dense air defense networks. Unless there are new defensive weapon technologies or targeted countermeasures, this attack method will remain in a state of no solution for a long time. Especially for attacking large surface ships, or large ship formations. Theoretically, a 10,000-scale drone attacking a swarm can completely make a large surface ship formation completely lose its combat effectiveness. The combat effectiveness is very objective. This will be our defense weapon against sea anti-intervention.

At this point of the discussion, everyone couldn't help but look at Wu Hao, who was sitting on the side with no sense of existence, and was a little too young.

The 22-year-old and a few friends came up with the technology in just a few months. The technology that was not optimistic at the beginning has now achieved its true potential, and can even change the traditional way of combat and break the existing rules of the battlefield.

And just such a cutting-edge technology was bought by the Air Force Equipment Research at a very low price, which made everyone envious. What kind of shit luck has passed.

This is a technology that crosses the era. It seems that the Air Force Equipment Research Institute and Zhao Hongzhe are going to make a big splash this time.

Of course, the application of this technology is not over yet, and everyone has proposed all kinds of bizarre application scenarios and application fields.

For example, the information interconnection and information sharing system of various combat units, especially grass-roots combat units. For example, the battlefield airspace reconnaissance and monitoring system, launching multiple drones to realize the battlefield and information perception of the battlefield environment.

For another example, the recently hot 5G network can deploy drone swarms in the area. Realize emergency 5G networking in the air to ensure smooth communication.