Saying goodbye to Yang Fang and the others, and leaving the Biological and Life Sciences Research Center, Wu Hao saw that there was still enough time, and immediately came to the Institute of Aviation Technology and UAV.
As the earliest research institute established by the company and the most core and important research institute of the company, basically half of the company's business at this stage is related to it.
Therefore, Wu Hao attached great importance to this research institute, so he took advantage of his free time a few hours before boarding the plane and hurriedly came here.
Upon learning that Wu Hao was coming, Zhou Yonghui, the head of the institute, hurried over.
After seeing him, he quickly apologized: "Mr. Wu, I'm sorry, I'm sorry. I've been a little busy at work these days. I've been neglectful. I thought you wouldn't be able to come over."
Haha, 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 responded: "We are almost ready. Basically 80% of the equipment and exhibit models have been transported to Zhu City. Our exhibition hall has also been set up, and the installation and debugging work is now underway.
There are also some equipments that need to be packed in these two days, transported by land, and placed directly. It will definitely not be completed before the opening of the exhibition, so there will be no problems. "
After hearing Zhou Yonghui's answer, Wu Hao paused slightly.
It wasn't long before the biennial Zhuhai Air Show opened, so he was a little worried and made a special trip to take a look.
Looking at the busy staff not far away, Wu Hao couldn't help but ask: "Is that equipment over there also to be transported to the Zhuhai Air Show?"
Following Wu Hao's gaze, everyone also looked over. I found that the staff over there were transporting a small container painted in a desert solid color.
Zhou Yonghui smiled and nodded: "Yes, this is our latest research and development of a lightweight field area air defense system."
Lightweight field area air defense system?
Except for Wu Hao and Yang Fan, the rest of the entourage couldn't help but become curious.
Zhou Yonghui smiled and nodded, and then introduced it to the festival: "Yes, a light field area air defense system.
This thing is going to the air show anyway, so it’s okay to tell everyone about it.
The light field area air defense system is an intelligent, modular, area air defense weapon system studied by a highly capable research team composed of relevant elite soldiers and generals from our institute.
It is a regional air defense weapon system developed mainly to deal with the increasing number of low-speed and small targets such as drones, traversing aircraft, light helicopters, and missiles in battlefields, anti-terrorism, and public security.
Please look at the small container painted in a solid desert color over there. It is our lightweight field area air defense system used for field area air defense.
This lightweight field area air defense system adopts a modular design as a whole and is divided into several parts, including the radar detection part, intelligent control system, power supply system, and 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 be used with general short-range, medium-range, and long-range air defense missile systems to build a complete complex regional air defense system that can deal with various incoming targets and select appropriate missile systems for interception.
You can also set up multiple air defense interception barriers to increase the success rate of interception by the air defense system and prevent enemy fighters and missiles from breaking through.
Coming back to our lightweight field area air defense system, its biggest advantages should be its 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 and air defense systems.
Because of this, it is also more suitable for intercepting some low-speed and small aerial targets, such as drones.
As we all know, when it comes to drones, I am afraid no one knows these drones better than us, especially small attack drones. "
Hehehehe...
After hearing Zhou Yonghui's words, everyone present smiled. Although the protagonist of this meme is no longer popular, this most representative meme has been successfully passed down.
Because we understand drones, we have also been thinking about how to defend against these drones we have developed during our long-term research on drones.
Once these drones and other technologies are taken away by the enemy, and then turn around and use these things against us, do we have any 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 have any rivals and be invincible. This is our dream and original intention.
But as a mature scientist and a patriot, we must consider whether there are effective methods when we face them.
Now that we have created a sharp spear, this solid shield must also be developed.
So we targeted the related attack and reconnaissance drones we developed, and introduced many relevant information on these light attack drones today.
Then a special scientific research project team was established to develop a set of weapons and equipment specifically to deal with these drones.
As a result, this lightweight field area air defense system finally achieved preliminary results thanks to the unremitting efforts of the project research and development team.
As we all know, this kind of low, slow and small drone is elusive and hard to detect. It will appear above our heads at any time and then launch an attack.
Therefore, it is more difficult to defend against.
However, it is only more difficult, not impossible to prevent. 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 and artillery systems, anti-aircraft anti-aircraft guns, rapid-fire guns, and even anti-aircraft machine guns.
However, the former has a relatively high cost of use, while the latter has a relatively low interception success rate.
Because this kind of low-speed, small and light drone is relatively cheap, even cabbage price. For example, we often see reports that foreign militants use purchased civilian drones to modify them, mount ammunition or artillery shells, fly over the target for bombing, or directly attack the target with ammunition.
The cost of this type of drone is very cheap. For this reason, it is very expensive to deploy a very expensive short-range air defense missile system, an integrated artillery and artillery system, and even an anti-aircraft gun.
