Military Technology - v3 Chapter 2291 Human-Machine Accompanying Combat System

【Corrected version】

Watching the leader and other leaders leave, Wu Hao breathed a sigh of relief. After all, it was the first time he had faced such a big leader, and he would inevitably be a little nervous and excited.

However, he still managed to control himself, and his performance should be good, at least the leader stayed with him for a lot of time. You must know that the leader's schedule is very tight, and it is very difficult to listen to his introduction to stay here for such a long time.

With the departure of the leaders, the exhibition officially started.

The scene also became lively. As the focus of everyone's attention in the entire exhibition, Haoyu Technology's booth was never short of visitors. Most of these visitors were received by Zhou Yonghui and others, and only a small number of people needed Wu Hao to deal with it in person.

For example, Li Weiguo from the Air Research Institute, Meng Changbo from the Army, and Wu Hao's old friend Luo Kai, who had been in the crowd just now, and several professors and experts he knew.

They stayed on the booth, and showed an unfinished look. Obviously, they saw a lot of new weapons and equipment on their booth that were not introduced, and these people came for these things.

"Xiao Wu, it seems that you have brought out a lot of new things this time. What's the matter, give us a few introductions." Li Weiguo didn't show any kindness to him, and immediately revealed their real purpose.

In this regard, although Wu Hao was a little tired, he still smiled and nodded at several people and said, "No problem, what do you want to know."

"You kid, don't give us sloppy eyes, and come one by one. Don't worry, if you come across something good, we will help you sell it without you saying it." Luo Kai smiled and joked at him.

Hearing Luo Kai's words, everyone laughed, and Wu Hao naturally followed suit, which was of course the main purpose of their participation in this promotion meeting. So of course he was happy to hear a few people say that.

"No problem, let's go here!" Wu Hao nodded and waved at everyone, and then led everyone to the three medium-sized intelligent unmanned combat vehicles that they had recently displayed.

Looking at these three medium-sized intelligent unmanned combat vehicles, which have different functions and are very different from the small unmanned combat vehicles in active service, naturally showed a very interested look.

Wu Hao didn't talk nonsense, and directly introduced the relevant performance of these three medium-sized intelligent unmanned combat vehicles to the crowd. The different configuration functions of these three medium-sized intelligent unmanned combat vehicles were introduced to the audience one by one, and the eyes of everyone who listened couldn't help showing a bright color of interest.

After listening to Wu Hao's introduction, the first person to ask the question was Meng Changbo of the Army. He was a little excited, obviously very interested in this equipment.

"The environment on the battlefield is ever-changing, whether this unmanned combat vehicle has the ability to deal with it calmly. In addition, how do you solve the problem of strong electromagnetic environment interference on the battlefield?"

Hearing this question, Wu Hao smiled and replied: "Actually, this question has been thought of when we started this project, and it is one of the problems we focus on solving.

At present, we mainly have three solutions, the first is of course the most traditional anti-jamming processing technology. On this unmanned vehicle, we use the most advanced anti-jamming technology, which can make it enough to cope with most of the electronic interference environment on the battlefield and ensure the normal operation of the equipment.

In addition, it will also adopt different coping strategies according to different electromagnetic environments, such as temporarily shielding a certain band, radio silence, or using electronic countermeasures to resist the enemy's strong electromagnetic interference.

The second is autonomy, the vehicle can achieve autonomous operations. That is to say, as long as we issue relevant combat mission instructions, as well as relevant precautions, or conditional requirements, this medium-sized intelligent unmanned combat vehicle will perform various tasks in accordance with these orders and requirements. This process is all done autonomously by the system of the unmanned vehicle, and there is no need to get in touch with the rear command center, which also means that it can be largely prevented from being interfered by the strong electromagnetic environment and thus be paralyzed and lose its combat effectiveness.

Finally, it is possible to get in touch with the rear through the laser communication system, or establish contact with the operators on the battlefield. Through remote control equipment, the vehicle is remotely controlled. In this way, the interference of the local strong electromagnetic environment can also be greatly reduced.

Of course, this last method is only used in some special occasions. In most combat environments, the first two methods are enough to deal with.

As for the first question you just mentioned, I dare not give you a 100% answer. Because in the complex and changeable battlefield environment, no equipment can be 100% reliable enough, and there is no equipment that can cope with various responsible battle situations calmly.

In our opinion, this medium-sized intelligent unmanned combat vehicle is sufficient for most light-duty combat situations on the battlefield. Compared with ordinary combat vehicles, it has a very strong battlefield survivability. And because it is an unmanned vehicle, there will be no casualties, which is very suitable for carrying out some high-risk tasks.

And this medium-sized intelligent unmanned combat vehicle can autonomously perform various combat tasks, and can also be arranged as a team to fight.

This medium-sized intelligent unmanned combat vehicle is equipped with a cluster control system, which also means that it can realize data exchange between vehicles like our unmanned aerial vehicle~www.novelbuddy.com~ situation sharing, and can be based on different The task type is used to assign tasks to the unmanned combat vehicles under the swarm system. Realize the cooperation and cooperation between multiple unmanned combat vehicles to jointly perform a task, or to perform multiple tasks in a decentralized manner.

In addition to this autonomous combat capability, this medium-sized intelligent unmanned combat vehicle can also be used as a remotely controlled combat vehicle, or similar to the Air Force's "loyal wingman" system, to achieve accompanying combat missions.

Therefore, we can group this medium-sized intelligent unmanned combat vehicle with conventional armored combat vehicles and tanks to perform various assault missions together.

In the course of combat, these medium-sized intelligent unmanned combat vehicles can independently choose to assist armored combat vehicles and tanks in combat, or they can conduct combat independently.

Our armored fighting vehicles and tank drivers can also perform some high-risk combat missions by controlling the core unmanned combat vehicles, or provide battlefield cover for our combat vehicles.

Even without our thought control, these medium-sized intelligent unmanned combat vehicles will autonomously protect our armored battlefields and tanks on the battlefield. When our armored combat vehicles and tanks are threatened, it will deploy defenses and take corresponding measures to greatly protect the safety of our combat vehicles and personnel. "