Now that the problem has been found, there is no need to continue this test.
Immediately, Zhao Hongzhe ordered the test to end, and saw the two drone clusters, one large and one small, still performing tasks, begin to rapidly increase their height, and then assemble towards the designated No. 4 airspace.
After the two drone clusters came together, they merged together. Then according to the set procedures, batches landed in the open space below No. 4 airspace.
The personnel who had been stationed there for a long time quickly began to recover these landed drones. In addition, specialized personnel began to search for drones that malfunctioned during testing.
These drones are not worth much, but what is important is the data information inside the drones. Although there are protection programs, the drone will automatically clear the data inside when it malfunctions. However, there is no guarantee that accidents will not occur, so recycling is safer and can also protect the environment.
Although there were some surprises in the end of this test, it was overall a success, and the results were very fruitful.
The research team naturally reported the news quickly, and immediately received congratulatory calls from the institute and relevant authorities.
Of course, there are two announcements accompanying the congratulatory message. The first notice requires them to submit relevant information immediately. After review by the competent authority, it will be submitted to the media and will be released as a gift.
This is why the research team has such a tight schedule and must complete relevant tests before October.
The second notice was for Zhao Hongzhe to return to the capital with relevant test data and key R&D personnel to participate in a seminar on relevant test results. The finishing work here is left to other members of the team.
Zhao Hongzhe did not delay in paying attention to the research institute and the competent authorities. Then he packed up the information, explained the work, and drove back to the capital with the main key members.
Wu Hao thought that the test was over and he had nothing to do. He was going to go home with Yang Fan and the others. Unexpectedly, his name was included in the list of key members.
Although helpless, I can't shirk it. He could only ask Yang Fan and the others to pack their things and return to Anxi in advance, while he followed Zhao Hongzhe and the others to the capital to attend the test results seminar.
Wu Hao originally thought this was just an ordinary tea party, but he didn't expect that it would be taken so seriously. In addition to the relevant leaders of the research institute and the competent units, there are also some army representatives, experts in various fields, and there are six or seven academicians alone. It can be seen that the above attaches great importance to this technology and the high standards of this test results seminar.
Therefore, during the meeting, Wu Hao basically played a supporting role. The whole process was explained personally by Professors Zhao Hongzhe and Yang Xuehai, with other members of the team assisting.
Through this series of test data, leaders and experts have also seen the power of this technology.
Although everyone had thought that there would be some results before, we did not expect that the results this time were a bit earth-shattering. Judging from various data, this technology has basically become mature.
In other words, it won’t be long before this technology can be put into practical use, and its uses are very wide.
It has reached this level, and everyone no longer avoids anything, and directly conducts relevant analysis on the military use of this technology.
The first and most intuitive thing is definitely the drone swarm strike technology, which is the most successful test result of this test.
Various information and data show that this drone swarm strike technology has reached the level where it can be used, which means that it can be put into use immediately with slight improvements.
In everyone's expected use scenario, a large number of micro-suicide drones are released over the battlefield through transport aircraft, bombers or fighter jets. Or it can be dropped outside the battlefield, and then automatically controlled by the swarm to fly over the battlefield.
Use remote control command or preset attack targets in advance to mark attackable targets on the battlefield, and then let the cluster independently control the attack, 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 will be impossible to destroy all the enemy's armed targets in the controllable area before it organizes effective air defense.
Even if the enemy forms an effective air defense force, it will be difficult to deal with these tens of thousands of micro-drone swarms.
The second usage scenario is to deploy such a large number of micro suicide drones on the battlefield. Then the ground combat units can call the command aircraft group to attack relevant enemy armed targets at any time, 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 it into a suicide drone.
When fighter planes or missiles are launched from outside the local defense fortifications or warship air defense areas, an attack cluster composed of a large number of missiles or drones will break through the enemy's dense firepower and air defense network to hit the target in a saturation strike.
Such a large number of attack unit clusters are enough to tear apart all current advanced and dense air defense networks. Unless new defensive weapon technologies emerge or targeted countermeasures are taken, this attack method will remain unsolvable for a long time. It is especially used to attack large surface ships or large ship formations. Theoretically, an attack cluster of 10,000 drones can completely make a large surface ship formation lose its combat effectiveness. The combat effectiveness is very objective. This will be our defensive weapon against maritime intervention.
At this point in the discussion, everyone couldn't help but look at Wu Hao, who was sitting aside and had no sense of presence. He was a bit too young.
This young man of only 22 years old and a few friends developed this technology in just a few months. However, the technology that was not optimistic at the beginning has now exerted its true potential and can even change the traditional combat methods and break the existing battlefield rules.
But 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 bad luck was this.
This is a technology that spans the ages. It seems that the Air Force Equipment Research Institute and Zhao Hongzhe are going to steal the show this time.
Of course, the application of this technology is not over yet, and everyone has come up with all kinds of weird and incredible 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 drones to realize battlefield and information perception of the battlefield environment.
For another example, the recently popular 5G network can deploy drone clusters in the area. Realize emergency 5G networking in the air to ensure smooth communication.
