Military Technology

Chapter 2380 A drone like a cruise missile

This heavy-duty intelligent cluster attack drone has a large body, and with the flying wings in the middle of the body, it looks very much like a cruise missile.

Wu Hao then expressed his opinion, and Zhou Yonghui nodded with a smile and replied: "That's right, you can completely regard it as a medium- and long-range cruise missile.

In fact, we designed the entire heavy-duty intelligent cluster attack drone configuration based on the body structure of a cruise missile. For example, we use a propeller as the main power source at the tail of this heavy-duty intelligent cluster attack drone, so it can fly about 600 kilometers.

If the same engine as a cruise missile is used as thrust, then the range of this heavy-duty intelligent cluster attack drone will be at least one thousand kilometers.

This also means that we can launch this missile at an extremely long distance. And not only can it be launched by being mounted on a fighter aircraft outside the theater, but it can also be launched from a road-based fixed launch platform or a mobile launch site.

We can even equip it on a large drive like the 055. The diameter of the crater on the 055 large drive reaches 850 mm, which can fully accommodate a heavy-duty intelligent cluster attack drone with a diameter of 600 mm.

Using this heavy-duty intelligent cluster attack drone, we can launch warships outside the war zone and then attack ground targets deep in the area.

In addition to land operations, this heavy-duty intelligent cluster attack drone can also conduct long-range strikes against some island defenses, including important facilities on islands and reefs.

Even this heavy-duty intelligent cluster attack drone can be used to attack maritime targets in some places, such as enemy sleeping combat ships, amphibious combat vehicles, and even other low-altitude targets. "

Wu Hao smiled and nodded when he heard this: "It can be used as a tactical strike weapon. Later, we can test more in these aspects and collect accumulated data, especially more intuitive video image data. When we have the opportunity next time, we can ask The military will make a presentation and I'm sure they will be interested.

The navy, in particular, has been exploring the battlefield tactical applications of drones in recent years. I think they will be very excited when they see this weapon and equipment. "

Having said this, Wu Hao paused for a moment, and then continued: "As for the army, although they don't have much money, they will definitely be interested in such diverse and effective strike methods, and you can try to recommend them.

As for the Air Force, there should be no problem. This kind of long-range ground attack ammunition is also what they must lack. They will definitely like this ammunition.

The last one is the Rocket Force, which we have relatively small contact with. We can contact them later to see if they are interested. "

Thank you Mr. Wu. After getting the answer they wanted most, Zhou Yonghui and Lin Jiaming smiled on their faces and quickly thanked them.

Wu Hao smiled and waved his hand, so that he could continue to look at the big screen. Through the first-person perspective of this heavy-duty intelligent cluster attack drone, they can already see the shooting range in the distance. In particular, the shooting range comprehensive command and control center building where they are located is very conspicuous.

Zhou Yonghui immediately began to introduce: "We have set up dozens of simulated targets, large and small, for this heavy-duty intelligent cluster attack drone. These targets simulated camouflaged vehicles running or stopped on the ground. Mr. Hu They are fortification bunkers, bridges, tunnels, missile sites, etc. In order to be more safe and avoid misjudgment by the intelligent combat system of this heavy-duty intelligent cluster attack drone, we have all marked them very clearly.

That's what everyone sees, these red concentric circle targets. In our test system, this heavy-duty intelligent cluster attack drone and the released sub-attack drones can only attack this specific target and will not attack other targets.

Of course, in actual combat, we will input relevant enemy weapons and equipment data for this intelligent cluster attack drone, as well as other battlefield information data, so that it can perform selective actions based on instructions and battlefield detection results. self-service attacks, prioritizing attacks on high-value targets.

For example, we will set the weight of each target in the intelligent control system on this intelligent cluster attack drone, and prioritize those targets with higher weights. For example, command posts, command vehicles, radars, missile sites, combat vehicles, and fortifications where a large number of people gather, etc.

In this way, the goal of obtaining maximum results at the minimum cost can be achieved, and the enemy's strength can be weakened to the greatest extent. "

When Zhou Yonghui introduced it, in the first-person view of this heavy-duty intelligent cluster attack drone on the big screen, the intelligent attack system had begun to scan the entire battlefield environment, and had quickly selected several simulations with significant terrain. Target and locked.

When this heavy-duty intelligent cluster attack drone flew over the shooting range, a white-eyed look appeared in front of the missile body, and then many drones separated from the missile body, about twenty or thirty.

After these sub-attack drones were separated and thrown from the main missile body, they immediately opened their flying wings, and the propellers behind them quickly started, and under the influence of the booster rocket, they flew forward one after another.

And these sub-UAVs did not fly randomly, but gradually gathered into a formation in the airspace ahead. This formation is like a big arrow, or like a formation of wild geese.

But if you look closely, it's different. These drones are in a large formation array, but they are combined in small formations of three. It's a bit like the three-three attack tactics used by our army in offensive tactics.

The large screen also quickly switched to several small window screens, and they were neatly arranged and distributed on the large screen. The pictures in these windows are transmitted back by the light detection sensors on these sub-attack drones.

And as their flight records get closer and closer, the targets they select are also constantly changing.

Before he could ask a question, Zhou Yonghui took the initiative to introduce it to everyone: "After being separated from the mother missile body, these sub-attack drones will immediately form an intelligent cluster array, and then autonomously allocate attack targets according to battlefield conditions.

It may be that because the flying positions and attack routes of each drone are changing, the targets they want to attack are also adjusted in real time. This ensures that each attack drone is in the best position to attack the target and uses the best route to attack the enemy quickly and accurately.

This will slow down the flight time of these sub-attack drones, shorten the attack distance and time, avoid the sub-attack drones being intercepted by ground firepower, and thus attack the enemy more efficiently and accurately. "