Now that the problem has been found, there is no need for this test to continue.

Immediately, Zhao Hongzhe ordered the test to end, only to see two clusters of UAVs, one large and one small, that were still on the mission, began to quickly stretch the altitude, and then assembled in the designated No. 4 airspace.

When the two clusters of drones converged, they merged together. Then, according to the set procedure, they landed in batches to the open space below the No. 4 airspace.

And the personnel who had been there for a long time quickly began to recover these landed drones. In addition to this, there are special personnel who have begun to search for those drones that fell and failed during the tests.

These drones are not worth much, but what matters is the data information in the drones. Although there are protection programs, the drone will automatically erase the data inside 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 was a bit of a surprise in the end, it was a success overall, and the results were very fruitful.

Naturally, the research team quickly reported the news, and immediately received a congratulatory call from the institute and relevant authorities.

Of course, there were two more notices along with the congratulatory message. The first notice is that they are required to submit relevant information immediately, and the competent unit will submit it to the media after review, and it will be released as a gift.

That's why the research team had such a tight schedule to complete the tests by October.

The second notice is for Zhao Hongzhe to return to Beijing with relevant test data and main R&D personnel to participate in the seminar on relevant test results. The finishing touches are left to the rest of the team.

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

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

Although helpless, I can't get rid of it. He could only ask Yang Fan and them to pack up their things and return to Anxi in advance, while he followed Zhao Hongzhe and them to the capital to attend the test results seminar.

Originally, Wu Hao thought that this was an ordinary tea party, but he didn't expect to pay so much attention to it. In addition to the relevant leaders of the institute and the competent units, there are also some representatives of the armed forces, experts in various fields, and there are only six or seven academicians. It can be seen that the above attaches great importance to this technology, and the high standard of this test results seminar.

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

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

Although everyone thought that there would be some results before, they didn't expect that this time the results were a bit groundbreaking. Judging from various data, this technology has basically matured.

In other words, it won't be long before this technology is put to practical use, and it is very versatile.

To this extent, everyone no longer shies away from anything, and directly analyzes the military use of this technology.

First of all, the most intuitive, it must be the UAV swarm strike technology, which is the most successful test result of this test.

According to various data and data, this UAV swarm strike technology has reached the level of application, which means that it can be put into use immediately with a little improvement.

In the expected use scenario, a large number of miniature suicide drones are released into the sky over the battlefield through transport aircraft, bombers or fighter jets. Or it is dropped outside the battlefield, and then automatically controlled by the cluster to fly over the battlefield.

Use remote command or preset attack targets in advance to mark the targets that can be attacked in the battlefield, and then control the attack by the cluster autonomously, or remotely control the attack.

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

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

The second use scenario is to deploy such a sizable number of miniature suicide drone clusters on the battlefield. Then the ground combat unit can call the command group at any time to strike at the enemy's relevant armed targets, and can also quickly provide fire support to any area on the battlefield.

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

When a fighter plane or missile is launched from outside the air defense zone of a local fortification or warship, an attack group composed of a large number of missiles or drones will break through the enemy's dense fire and air defense network to strike at the target in the form of a saturation strike.

Such a large number of attacking units is enough to shred up all the advanced and dense air defense networks of the moment. Unless new defensive weapons technology emerges or targeted countermeasures, this type of attack will remain in a state of insolence for a long time. Especially for attacking large surface ships, or large ship formations. Theoretically, a 10,000-plane UAV attack cluster can completely incapacitate a large surface ship formation, and the combat effectiveness is very objective, which will be a sharp weapon for our defense against maritime anti-intervention.

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

The twenty-two-year-old and a few friends came up with the technology in just a few months. The technology, which was not favored at the beginning, has now played its true potential, and can even change the traditional way of fighting and break the existing battlefield rules.

And such a cutting-edge technology was bought by the Air Force Equipment Research Institute at an extremely low price, which made everyone envious, what kind of shit luck did this take.

This is a cross-era technology, it seems that this time the Air Force Equipment Research Institute and Zhao Hongzhe are going to be in the limelight.

Of course, the application of this technology is not over yet, and everyone has put forward a thousand strange and unbelievable application scenarios and application fields.

For example, the information interconnection and information sharing system of various combat units, especially grassroots combat units. For example, the battlefield airspace reconnaissance and monitoring system launches multiple UAVs to realize the battlefield and information perception of the battlefield environment.

Another example is the recent hot 5G network, which can be used to launch drone clusters in the region. Realize emergency 5G networking in the air to ensure smooth communication.