Military Technology

After bidding farewell to Yang Fang and the others, and leaving the Biological and Life Science Research Center, Wu Hao saw that there was still enough time, and immediately came to the Aviation Technology and UAV Research Institute.

As the earliest research institute established by the company and the most important research institute of the company, basically half of the company's business at this stage is related to it.

So Wu Hao attaches great importance to this research institute, so he came here quickly while taking advantage of the spare time a few hours before boarding the plane.

Knowing that Wu Hao was coming, Zhou Yonghui, the person in charge of the research institute, hurried over.

After seeing him, he quickly apologized: "Mr. Wu, I'm sorry, I'm sorry, I've been a little busy with work these days, I've been negligent, I've been negligent, I thought you wouldn't be here."

Hehe, Wu Hao smiled and said: "There are still a few hours before boarding, so I stopped by to see how the preparations are going."

Zhou Yonghui nodded and replied: "The preparations are almost done, basically 80% of the equipment and exhibit models have been transported to Zhushi, and our exhibition hall has also been set up, and we are now in the process of exhibition arrangement and debugging.

There are also some equipment, which will be packed in these two days, then transported by land, and placed directly. It will definitely not be completed before the opening of the exhibition, and there will be no problem. "

Hearing Zhou Yonghui's answer, Wu Hao paused slightly.

It's not long before the opening of the Zhushi Air Show held every two years, so he was a little worried and made a special trip to see it.

Looking at the busy staff not far away, Wu Hao couldn't help asking: "Is that equipment over there also going to be transported to the Zhushi Air Show?"

Following Wu Hao's gaze, everyone also looked over. It was found that the staff over there were transporting a small container painted in a desert solid color.

Zhou Yonghui nodded with a smile and replied: "That's right, this is our latest light field area air defense system."

Light field area air defense system?

Except for Wu Hao and Yang Fan, the rest of the accompanying people couldn't help but become curious.

Zhou Yonghui nodded with a smile, and then introduced to the festival: "That's right, a light field area air defense system.

Anyway, this thing is about to go to the air show, so it's okay to tell everyone.

Light field area air defense system,

It is an intelligent, modular, regional air defense weapon system researched by a capable research team composed of relevant elite soldiers drawn by our research institute.

It is mainly used to deal with the battlefield, anti-terrorism, public security, and the increasing number of unmanned aerial vehicles, penetrating aircraft, light helicopters, missiles and other low-speed and small targets. The regional air defense weapon system developed.

Everyone, please look at the small desert solid-color painted container over there, which is our light field area air defense system for field area air defense.

This light field area air defense system adopts a modular design as a whole and is divided into several parts, including the radar detection part, the intelligent control system, the power supply system, and the launch unit.

At the same time, this light field area air defense system is a complete modular unit, which can be combined with other modular units to form a large area air defense system.

In addition, it can also work with general short-range, medium-range, and long-range air defense missile systems to build a complete composite regional air defense system, which can deal with various incoming targets and select the appropriate missile system for interception.

It is also possible to set up multiple air defense interception barriers to increase the success rate of air defense system interception and prevent those enemy fighter planes and missiles from breaking through and attacking.

Speaking of our light field area air defense system, its biggest advantage should be low cost, simple layout, quick response, and high hit accuracy.

First of all, let's talk about its cost. It can be said that it is much cheaper than ordinary short-range missile defense systems, including artillery air defense systems.

Because of this, it is also more suitable for intercepting some low-speed and small air targets, such as drones.

As you all know, when it comes to drones, I am afraid that no one can understand these drones better than us, especially small attack drones. "

Hehehehe...

Hearing Zhou Yonghui's words, everyone present smiled. Although the protagonist of this stalk is no longer famous, this most representative stalk has been successfully handed down.

Because we understand drones, we are also thinking about how to resist these drones we have developed in the process of long-term research on drones.

Once the technology of these drones is taken by the enemy, and then they turn around and use these things against us, then do we have a way to resist them.

We have developed them, and we know their power. If there is no effective countermeasure, then we are likely to be attacked, eliminated, and killed by these self-developed weapons and equipment.

As developers of drones, we certainly hope that they will never be rivaled and invincible. This is our dream and our original intention.

But as a mature scientist, as a patriot, we must consider whether there is an effective way when we face them.

Now that we have created a sharp spear, this solid shield must also be developed.

So we took the relevant attack and reconnaissance drones we developed as targets, and introduced many relevant materials of such light attack drones today.

Then set up a special scientific research project team to develop a set of weapons and equipment specifically to deal with these drones.

Therefore, with the unremitting efforts of the project research and development team, this light field area air defense system finally has preliminary results.

As we all know, this kind of slow and small drone is elusive and unpredictable. It doesn't know when it will appear above our heads and launch an attack.

Therefore, it is more difficult to defend.

However, it is only more difficult, not impossible. General light anti-aircraft weapons are effective against such targets. For example, individual shoulder-launched air defense missiles, light short-range air defense missiles, integrated artillery systems, anti-aircraft anti-aircraft artillery, rapid-fire guns, and even anti-aircraft machine guns.

It's just that the cost of using the former is relatively high, while the interception success rate of the latter is relatively low.

Because this kind of slow and small light drone is relatively cheap to manufacture, even the price of cabbage. For example, we often see some reports that foreign militants use purchased civilian drones to modify, mount ammunition or shells, fly over the target to bomb, or directly hold the ammunition to attack the target.

The cost of this type of unmanned aerial vehicle is very cheap, so it is very expensive to deploy a very expensive short-range air defense missile system, an artillery system, even an anti-aircraft gun.