Military Technology

"In addition, this medium-sized unmanned intelligent combat vehicle can also perform daily patrol tasks on battlefields, borders, quarantine areas, and security duties. They can replace personnel to perform patrol tasks in difficult environments. .It can also collaborate with personnel to perform daily patrols and security duties.

Sometimes human eyes and ears don't always work. This medium-sized unmanned intelligent tank may detect the slightest movement hundreds of meters away before you do. "

Seeing that the layout of the test field had been completed, Zhou Yonghui stopped his introduction and then led everyone to a newly built platform, from which the whole test field could be clearly seen.

And technicians have also set up several large screens on both sides of the platform. This large screen can be connected to some fixed camera surveillance lenses in the test site, as well as some mobile camera lenses, and some aerial photography lenses. At the same time, under the debugging of technicians, it also connected the first-person environment perception images of the two medium-sized unmanned intelligent tanks participating in the test, as well as the first-person view images of some smart landmines.

Seeing that everything was ready, Zhou Yonghui turned to look at Wu Hao. Seeing Wu Hao nodded, Zhou Yonghui immediately issued the order.

As the order was issued, the two vehicles also headed towards the arranged test field, one behind the other. However, compared with the speed of the two medium-sized unmanned intelligent chariots that were previously conducted in the point-to-point intelligent unmanned off-road test subjects, the speed of these two medium-sized unmanned intelligent chariots is not fast, and is maintained at about thirty or forty kilometers.

Seeing everyone's curious looks, Zhou Yonghui introduced with a smile: "Unlike the two vehicles in front, these two vehicles perform battlefield reconnaissance missions. Therefore, in order to cope with the complex battlefield environment and avoid falling into the enemy's encirclement, these two vehicles The two medium-sized unmanned intelligent combat vehicles are not traveling very fast.

In fact, when these two vehicles were started, the intelligent combat system had already been activated. So please look at the big screen. The vehicle-mounted environment perception system has begun to increase the frequency of perception of the surrounding environment, and the accuracy of our perception of the surrounding environment is also constantly improving. "

Seeing everyone's confused expressions, Zhou Yonghui further explained: "The environment perception system of our medium-sized unmanned intelligent tank is generally divided into two types. One is the conventional perception of daily autonomous driving status. capability, its frequency refresh rate is relatively low. Of course, this is only relative, it is much higher than other vehicle environment sensing systems.

When the combat vehicle reaches the combat area or senses danger, it will switch to battlefield mode, so that the environment perception system will increase the detection frequency and further improve its perception resolution and detection accuracy.

To put it simply, we usually only use 50% or even 30% of the performance of this system, but once we switch to battlefield mode, we will increase the performance of this system to 8%. Ten, one hundred percent, even one hundred and twenty percent.

This is what we often call the half-blood version, the full-blood version, and the violent blood version.

Of course, both modes have their own pros and cons. If you use the full-blooded version for a long time, it will consume a lot of energy and accelerate the heating of the device, thus shortening its service life. The Blizzard version is simple and crude, trading lifespan for overclocking performance.

Therefore, in non-combat situations, the performance of this system is generally not used to 100%, let alone 120%. "

Beep beep beep!

As a buzzer sounded, the environmental situational awareness system of a medium-sized unmanned intelligent combat vehicle on the big screen had detected a simulated target. Then a second buzzer sounded, and another vehicle also detected the target.

The vehicle-mounted intelligent combat system is connected, tracks and locks the target, and identifies and confirms it. When it was confirmed that this was a local target, the yellow box immediately turned red. The weapon station on one of the medium-sized unmanned intelligent combat vehicles aimed at the simulated target and conducted simulated firing to "annihilate" it.

Upon seeing this, Zhou Yonghui immediately explained to everyone: "We have installed laser simulation countermeasures systems on the on-board weapon stations of these two medium-sized unmanned intelligent combat vehicles, and laser receivers are installed on these simulated targets in the test field. When the laser is aimed at the target and emits a laser signal, these receivers will send a signal to the laser simulation countermeasures system to indicate that the target has been eliminated.

This system is usually used in synthesis exercises, and we have also developed one for use in some daily test projects. "

As the two vehicles get closer to the test site, more and more fixed targets are discovered. They are all discovered immediately by the environmental situation awareness systems of these two medium-sized unmanned intelligent combat vehicles and handed over to intelligent combat. The system identifies and targets attacks for elimination.

Just when the vehicle was about to arrive at the test site, a rapid beep came from the on-site speakers.

Didi didi...

This sound is faster and longer than the previous buzzer!

I saw a smart landmine speeding on the ground, running towards a medium-sized unmanned smart tank at a very fast speed.

Just when everyone was startled, thinking that the smart landmine was going to hit the medium-sized unmanned smart combat vehicle, the vehicle's active defense system took effect, quickly locked onto the target, and controlled the weapon station to intercept and eliminate it.

In the end, this smart landmine traveled about ten meters away from the medium-sized unmanned smart tank and stopped. The system showed that the interception was successful.

This scene can be said to be very sudden and very thrilling. The arrival of this smart landmine was very unexpected, and no one expected it. So this also made everyone startled and at the same time couldn't help but applaud and admire.

The vehicle's active defense system can respond and make a series of responses in just a few seconds, which is really fast. It seemed like it only took a few seconds from the discovery of this smart landmine to the successful interception.

A few seconds on the battlefield can determine life or death. If the active defense system had not worked well, then this medium-sized unmanned intelligent combat vehicle would have been hit by a smart mine. If this smart landmine is loaded with ammunition, then this medium-sized unmanned smart combat vehicle may be written off directly.

Although it is an unmanned vehicle, the cost of building one is relatively expensive, and losing one is still very distressing. Of course, compared to a real armored vehicle or main battle tank, it should be said to be much lighter. If an armored vehicle or a main battle tank is hit, the loss will be huge. Not only the loss of equipment, but also the loss of personnel, which is more difficult for everyone to bear.

Fortunately, it is only a medium-sized unmanned intelligent tank, and fortunately this intelligent mine is also their own.

()

1 second to remember the top novel:. Mobile version reading URL: