Military Technology

By setting up a large screen on the spot, everyone can very intuitively see how the two medium-sized unmanned intelligent combat vehicles are traveling in real time.

Even though they were driving on the Gobi desert, the speed of the two cars was not slow, almost keeping the speed of 60 to 70 kilometers per hour. Of course, this speed is not fast on the road. It should be said that it is relatively slow, but if it is next to a desert without a road, there are gravel and potholes everywhere, and it is still possible to maintain such a speed. It's been great.

The important thing is that all this is controlled without human intervention, and is completely autonomously controlled by the on-board intelligent unmanned system of the medium-sized unmanned intelligent combat vehicle. ,

Through the perspective of two aerial photography drones flying above the sky, two medium-sized unmanned intelligent combat vehicles are pulling dust on the desert Gobi and galloping in the Gobi. This shot is very spectacular.

"Okay, let these two vehicles run first. Next, we will use the other two vehicles to show you some of its related functions, such as the excellent active defense system on our medium-sized unmanned intelligent combat vehicle, and search and tracking performance of battlefield targets."

Zhou Yonghui said to the crowd with a smile.

Seeing everyone's eyes and being attracted by his words, Zhou Yonghui randomly gestured at the technicians next to him, then turned his head and introduced them to the crowd again: "Okay, then we will use these two fire support vehicles and combat rescue. It will show you its active defense system, its ability to sense the surrounding environment, and its ability to search and track targets.

In order to ensure the safety of the test and the personal safety of all of us present, this test did not use live ammunition, and the entire test process was carried out under simulated conditions.

We will arrange a number of simulated targets in the front test field. These targets can simulate some enemy targets that may appear on the battlefield, such as enemy armed personnel, as well as enemy armored vehicles, tanks, and some enemy targets. The fortifications built by the party and so on.

After the test starts, we will drive two vehicles into the test site to see how the two vehicles respond and search for these targets, and how long it will take to find all these targets and identify them. and lock the target.

Of course, the attack here is just a simulated attack at the system level, everyone knows it.

In addition to these simulated fixed targets, we will also set up some moving targets, such as ground moving targets and some air targets, to see if the active defense system and the vehicle-mounted intelligent combat system can detect these targets and identify them. Lock-in attack. "

At the same time as Zhou Yonghui introduced it, everyone followed its gaze, and the target placement over there had already begun. In fact, the entire placement process seemed to Wu Hao and the others to be very casual.

A few cars drove randomly into an open space, and then began to place targets down from the body of the car. And these targets are not the kind of standard standing up and placed in a prominent position.

It's not like this, these technicians, either erected these targets directly, or leaned against the back of the stone, or directly fell down there, and some were directly hidden in some sunken pits.

As for those moving targets, it seems that they should be six-wheeled carts of intelligent mines, not intelligent mines, but a small target will be placed on it for identification and confirmation, and then placed in some hidden places.

Looking at the curious and puzzled eyes of everyone, Zhou Yonghui explained to everyone with a smile: "Yes, these moving targets are our smart mines, but these smart mines are our experimental samples, and they are not loaded with ammunition, so No danger.

Except that these smart mines are not loaded with ammunition, other parts are the same as the smart mines we experimented with earlier. In order to facilitate the simulation test, we will place a small target on each smart mine to simulate identification.

Of course, this will not be the case in actual combat. This is just for the convenience of testing and testing safety considerations.

In later tests, these smart mines will take the opportunity to attack these two medium-sized unmanned intelligent combat vehicles. Therefore, our two medium-sized unmanned intelligent combat vehicles need to find the target before the mines reach the two vehicles, and lock and attack to destroy each other. It can be said that this will be a spear and shield

Competition, the test will be very exciting later.

In addition to these smart mines on the ground, we have also deployed a number of drones in the air. These drones will also simulate air targets in some places to test the search for air targets by medium-sized unmanned intelligent combat vehicles. abilities and defenses. "

Just as the technicians were setting the targets on the test site, there was a new trend on the big screen over there.

Zhou Yonghui greeted everyone to come to the big screen, and then introduced with a smile: "Everyone, please see, these two cars have arrived at their destination. Next, they will follow the instructions to circle around this dune, and then come back again.

I don't know if you have noticed that when the vehicle arrives at the destination, it will transmit high-definition video data near the destination synchronously. This is also to allow the rear command and control center to know the details of the scene at the first time.

With this function, it also means that this medium-sized unmanned intelligent combat vehicle can perform some complex and high-risk tasks.

For example, some areas cannot be reached by personnel, so this medium-sized unmanned intelligent combat vehicle can be dispatched to the scene for detailed investigation.

In some areas, it is more dangerous for people to enter, so it is also possible to send medium-sized unmanned intelligent combat vehicles into these areas to conduct investigation and combat situations~www.readwn.com~ To give a very simple example, after a group of gunmen committed a crime, Jump into a factory area and fight stubbornly. Under normal circumstances, in order to eliminate these gangsters, we need to send elite troops to invest in eliminating or arresting these gangsters.

But in this way, the desperate gangsters will definitely fight to the death, which will often cause us some casualties, which we do not want to see.

At this time, we can send this medium-sized unmanned intelligent combat vehicle to this factory area for reconnaissance and combat. Not only can we know the details in real time, but we can also launch attacks on the stubborn gangsters, destroy the opponent or make the opponent lose their combat effectiveness.

Even if the gangsters in the factory area resisted stubbornly and the firepower was fierce, we would not cause additional casualties. It can be said that you can defeat your opponent without bloodshed.

Similarly, this medium-sized unmanned intelligent combat vehicle can not only be used in these areas, but also in the disposal areas of some dangerous goods. It is too dangerous for people to enter these areas. Conventional unmanned robots are limited by their own performance and carrying capacity, and can play a very limited role.

And our medium-sized unmanned intelligent chariot can carry a lot of rescue equipment into it, and can transmit back the details in real time. Therefore, under the guidance of experts, unmanned operations can be carried out, rescue and disaster relief can be carried out, the danger and loss can be minimized, and the safety of people's lives and properties can be effectively protected.

At the same time, it can also reduce unnecessary losses and casualties of our rescue forces. "

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