Technological power starts with upgrading lenses

Hearing the rigid request made by Ren Zhou, Yan Hui and the others were fine.

After all, when Kangchi asked them to develop the Turbofan 25, the final result of the discussion was to become a fighter jet that could jet at multiple angles and have super maneuverability.

But Mu Zilong was under great pressure.

It is already very difficult to get bombers onto the ship, but now it is required to have vertical take-off and landing capabilities. Isn't this too challenging?

Seeing Mu Zilong's despairing expression, Kang Chi couldn't help but smile and explain: "Mr. Mu doesn't have to be so stressed. When the H-20S project was merged into the UAV aircraft carrier plan, its requirements have already been met." Fundamental change.”

"First of all, with the aircraft carrier as a endurance platform, the endurance requirements for the H-20S are no longer so high. The ultra-long-range large stealth bomber can be developed by the H-20 project team."

"What we want to build is just a small penetration bomber with a combat radius of about 5,000 kilometers. The structure of the fuselage can be completely based on the Xunlong fighter that Mr. Yan and his team are responsible for, and then replaced with a high-bypass ratio turbofan engine."

After listening to Kang Chi's explanation, Mu Zilong relaxed a little.

In order to increase the load, bombers and airborne aircraft need to increase their size and thrust, so they must use engines with a large bypass ratio.

However, it is a lazy way to reduce the burden by directly referring to the Xunlong fighter that Yan Hui and the others are responsible for and replace the casing.

At the same time, bombers do not have as high requirements for speed and maneuverability as fighter jets, so the structure can be simplified and the vertical take-off and landing function can be retained.

Thinking of this, Mu Zilong turned to look at Yan Hui, nodded to him and said, "Then we will learn more from Mr. Yan from now on."

"Mr. Mu is too polite, we should be the ones learning from you." Yan Hui quickly waved his hand, "You are the ones who are the professionals in building airplanes, we are all laymen. During this period, just doing aerodynamic layout has made us blind. We are about to propose to Mr. Kang that we form a group to study at Xifei."

Mu Zilong was about to speak, but Kang Chi said first: "Actually, I also have this intention..."

"Yan Hui and the others have accumulated a lot of experience in manufacturing precision equipment with me. What they are best at is meeting the requirements through precision design within a large framework and requirements, so they are actually suitable for specific technical problems, while Mr. Mu is good at the overall In the design and manufacturing of the machine, the two teams of yours have fully cooperated in depth and complemented each other's technologies."

Mu Zilong did not immediately agree to Kang Chi's request.

It's not that they cherish their broomsticks,

Mainly because I'm afraid of being slapped in the face...

Although Datang Heavy Industries is best known for Kang Chi, Yan Hui's name is actually equally famous.

As Kang Chi just said, Yan Hui has participated in most heavyweight equipment manufacturing with him in the past few years, and the level of professional manufacturing has been skyrocketing.

The last time Kangchi sent him to Ningde to guide Ningde Era in improving its battery production line, he made Ningde Era's engineers cry. This matter has been circulating in the field of high-end equipment manufacturing for quite some time.

In addition to Yan Hui, Mu Zilong also knew that Datang Heavy Industry had another general named Fang Qiang who was very good at flow-through manufacturing of precision equipment.

But I didn’t see him today, so he probably had other plans.

After pondering for a moment, Mu Zilong cautiously said, "Can I take a look at your preliminary design plan for the Xunlong fighter first?"

"Well, this is what we are going to discuss next." Yan Hui and Ren Zhou changed positions and began to show their work progress during this period.

The first thing displayed is still an overall design drawing.

After seeing this picture, Mu Zilong fell into thinking again.

From a styling point of view, although there is a tail wing at the tail of this aircraft, the area is very small, and the aerodynamic layout is between the conventional layout and the tailless layout.

In addition, the main wing area is also very small, so it seems to be designed for supersonic speeds.

Although a lot of changes have been made, Mu Zilong could tell at a glance that this must have been borrowed from the aerodynamic layout of the DF-17 missile head.

This kind of aerodynamic layout has very little zero-lift resistance at transverse and supersonic speeds, good high-speed aerodynamic characteristics, the body strength can be made higher, and it can perform very exaggerated super maneuvers.

However, this aerodynamic layout has low lift, low-speed maneuverability, and very poor take-off and landing performance. Normally, it requires a long runway, making it impossible to complete take-off and landing on an aircraft carrier.

At the same time, because the maneuverability and stability mainly rely on the control of the main wing, the requirements for the control system are relatively high.

But Mu Zilong already knew in advance that the aircraft developed by Yan Hui could actually accomplish many unmanned aircraft that are even more super-maneuverable by changing the direction of the jet.

Therefore, the weaknesses of this design are directly solved after this rigid requirement is established.

"There is definitely no problem with the general direction of this aerodynamic layout." Mu Zilong nodded and expressed his opinion, "Although the specific situation still needs to be determined through wind tunnel simulation, but we can find the right one at once. Direction, I can’t be considered an amateur at all…”

"Actually, the most challenging thing about this aircraft is not the traditional aerodynamic simulation." Kang Chi directly helped Yan Hui take over the topic, "You also know that there are multiple nozzles on its fuselage. When these nozzles are working, the The aerodynamic layout of the aircraft will put forward new requirements."

"The results of the current computer simulation are not excellent. They are just flying bricks vigorously. The aerodynamic layout still needs many detailed improvements. So I hope that Mr. Mu can use his experience in this area to give more guidance to Yan Hui and the others. This actually has great reference significance for your development of the H-20S."

Although what Kang Chi said was asking for opinions, his tone was a bit commanding. The strong sense of oppression made Mu Zilong dare not shirk and immediately agreed.

So the matter was quickly finalized. After the meeting, Yan Hui and the others began to prepare for a business trip to Xifei.

Kangchi only gave them one month. After one month, regardless of the outcome of the design plan, they had to return to Dongyang to officially start manufacturing verification.

This made Mu Zilong feel Kang Chi's strength again.

If they were flying west, how could they start building it directly if they didn't have a relatively perfect plan in the early stage?

The main reason is that Kangchi can cheat and has some flaws. Wouldn't it be better to upgrade and optimize it?

After the meeting, Ren Zhou found Kang Chi alone and told him something that Kang Chi had almost forgotten.

"Although drones don't use people inside, they still need remote pilots. You can find a few pilots in advance and conduct necessary simulation training. Otherwise, they may not be able to get used to it after the aircraft is actually built. The same goes for ground combat robots... These may be brand new arms in the future, and a training system needs to be established."

"Yes, I understand." Kang Chi immediately took this matter to heart, "I will apply as soon as possible to establish a remote combat and training center."

In fact, when they were discussing the structure of the aircraft carrier, they briefly discussed this matter.

The space inside the aircraft carrier is precious. With quantum communication technology, they can completely arrange the personnel who control the unmanned equipment inland, and even most of the data calculation and analysis tasks can be transferred to remote combat centers.

People on an aircraft carrier are mainly responsible for the normal operation and maintenance of the aircraft carrier, which can greatly simplify the internal structure and functions of the aircraft carrier and further increase the number of carrier-based aircraft.