Making an anti-gravity spacecraft is not too difficult for Qin Yi.

In terms of core anti-gravity engine technology, Qin Yi is the developer of this technology. At the same time, Liu Peiqiang, Lu Qingwei, Yang Hongyan, Zhang Jian, and Wang Songling were also brought out by the anti-gravity project team at the beginning. technology.

Making anti-gravity engines is not a problem for the current Galaxy Space.

The core anti-gravity engine has been solved, and the atomic matrix battery technology has also been solved. The remaining things are even more difficult.

Creating an anti-gravity aircraft is not a big problem for Galaxy Technology.

The key now is how to make anti-gravity aircraft for large-scale industrial manufacturing, which is the real problem.

The current problem that plagues Liu Peiqiang, Lu Qingwei, and others is how to mass-produce antigravity aircraft. Making one or two aircrafts is not a big deal at all, nor does it make much sense, and it cannot meet the huge future Market demand is only meaningful if large-scale industrialized manufacturing is required.

Industrialized manufacturing is a very advanced science.

Production line design, production process design, qualification testing methods and standards, risk management and control, etc., these series of problems need to be solved one by one, even in the future even after-sales issues need to be taken into account.

Laboratory research is one thing, and industrial production is another. There is a profound difference between the two.

It is definitely not to simply move production in the laboratory to the production line.

The research in the laboratory is a single piece, a single customized production, and all aspects can be carefully tested, inspected, and explored.

However, industrial production is completely different. It requires the unification of high standards and specifications for each component, and continuous optimization and design of processes.

Control of the product's pass rate and yield rate. If the pass rate and yield rate do not reach a certain standard, industrial production is a joke.

Even after-sale is an extremely large and complex issue.

There are many, many problems to be solved in order to realize industrial manufacturing and move products from the laboratory to the factory.

After more than a year of construction, the Xinghe Institute of Science and Technology began to be successively delivered. The scientists, engineers, and researchers at the Xinghe Institute of Science and Technology no longer need to be crowded into the headquarters building and began to move To the institute.

Inside a huge room at the Aerospace Research Institute.

Qin Yi was wearing a white coat, and hundreds of researchers, such as Liu Peiqiang and Lu Qingwei, were gathered together. In the middle of the crowd, a small anti-gravity aircraft was parked quietly.

This small anti-gravity aircraft is only 2 meters high, 5 meters long and 3 meters wide. It has a long oval shape as a whole, which is extremely streamlined and sci-fi.

"This is the first small anti-gravity aircraft we have manufactured. It uses an A1-class anti-gravity engine with a payload of 5 tons and an anti-gravity aircraft with a weight of 3.5 tons."

Pointing at this anti-gravity aircraft, Liu Peiqiang started to introduce some of its data.

"The theoretical average flight speed can reach Mach 3 and the maximum speed can reach Mach 5 ~"

"Equipped with 10 second-generation atomic matrix batteries, each battery can carry 10,000 kWh, and a total of 100,000 kWh. In theory, it can fly for 1,000 minutes at a speed of Mach 3, which is almost 17 hours."

"Mach 3?"

"17 hours?"

Qin Yi listened carefully, constantly comparing the data with his ideal private anti-gravity aircraft in his mind.

Mach 3's speed is really slow and slow compared to anti-gravity aircraft.

In the science and technology tower, Qin Yi knew that even for Level 2 civilization, the speed of the anti-gravity crafts they made was tens of Mach, even dozens of Mach.

But even the speed of Mach 3 is still a terrible speed for various aircraft on the planet.

It should be known that even the most powerful fighters in the world, the maximum speed of these fighters is generally about Mach 2 and the maximum level flight speed is about Mach 1.1.

The speed of Mach 3 is even faster than the speed of the most powerful fighter on the planet today, and this is just its average flying speed. Its maximum flying speed can get Mach 5.

This is anti-gravity technology, epoch-making technology.

Even though it was just born, it has a crushing advantage for traditional jet planes. It takes off vertically, with an average speed of Mach 3 and a maximum speed of Mach 5.

In addition, it uses electric energy, no tail flame injection, etc. If it develops in stealth, it is much easier and easier than traditional fighters. Those missiles that rely on thermal tracking have no way to take it. .

"Are there any test flights?"

After listening to Liu Peiqiang's various data, Qin Yi also nodded. The anti-gravity aircraft must be manufactured first, and it must be repeatedly manufactured many times before it can explore all of it and continuously improve and perfect.

Of course, the most important thing is to fly in the air. Only when you fly in the air can you really know its real data, master all aspects of it, and then you can improve and perfect it.

"Not yet. We just made it a while ago. At present, the test flight application has been approved, and I want to wait for you to come back to test flight."

Liu Peiqiang shook his head and said.

"Remove it and re-check and sort all parts ~"

Qin Yi nodded and turned around the anti-gravity craft carefully, thinking about it.

For safety reasons, Qin Yi dare not be careless. If something goes wrong during this test flight, there will be trouble.

What's more, constantly disassembling and disassembling the aircraft is also a process of being familiar with the aircraft. Only by knowing every point of it clearly can we say that we can really find a way to realize industrial manufacturing.

"In the design of all parts, we must first consider as simple as possible, the simpler the more reliable the product, the less difficult the industrial production, the higher the qualification rate."

"Secondly, all the parts are classified. One type has no technical content and can be outsourced. In the future, we will outsource all these parts and conduct tenders for suppliers."

"The first category has a certain technical content, but we don't need to build factories and factories to produce by ourselves. We can cooperate with other companies, or we can buy some related companies to carry out technological transformation and upgrades. To produce parts for this part. "

"The most important category is the core components and parts. This is definitely our own production. In this regard, we are more thinking about how to keep the technology secret, and prevent someone from relying on existing products to launch us backward. Anti-gravity technology. "

Qin Yi thought and said that despite the difficulty of industrialized manufacturing, Qin Yi couldn't help it.

The technology tower has a complete anti-gravity aircraft manufacturing process and a full set of production equipment. In fact, Qin Yi can completely take out the process and production equipment.

As long as it is operated in accordance with the process and has complete production equipment and processes, it is not a problem to realize the industrial production of anti-gravity aircraft.

But Qin Yi definitely cannot do this. Now the eyes of the whole world who pay attention to Qin Yi do n’t know how many. It will certainly attract people ’s attention. By the time of investigation, these production equipments have no origin at all, and there will be many. trouble.

And the most important role of the science and technology tower is to impart knowledge, not to make you lazy.

Furthermore, Qin Yi has supported so many scientists, engineers, and researchers. Naturally, they cannot just let them eat and do nothing. Qin Yi solves everything, and what use these people have.

What's more, the cultivation of outstanding scientists, engineers, and researchers is to slowly grow from continuous learning and practice.

Qin Yi said that the surrounding scientists, engineers and researchers used pen and paper to record Qin Yi's words.

There are scientific research projects that Qin Yi personally guides, and the progress is very fast. Everyone knows that Qin Yi's guidance and speeches are extremely precious, so it is customary for everyone to carry a pen and paper.

"In addition, considering the safety and performance of our various components, we should also think about cost savings as much as possible."

"For the same component, if plastic materials can also meet the requirements, we don't need to use metal materials."

"Cost is also a very important thing to consider ~"

"Although our anti-gravity aircraft can be targeted at high-end customers in the early stage of low production, the price of UU reading book www.uukanshu.com can be set higher, but in the future we still have to slowly popularize it to the general public. The price is Play the most critical point. "

"Also, our anti-gravity aircraft should pay more attention to the problem of intelligent driving. It is best to achieve fully automated driving. Only tens of thousands of people in our country have flight licenses."

"If all of our anti-gravity vehicles need pilots to be able to fly, then we never want to make it available to the general public."

"Flight licenses are difficult to test, and the starting cost is very high. Ordinary people must be out of reach."

"And the anti-gravity aircraft is fast and has a large number, plus the complexity of people. If you rely on people to pilot, it is easy to go wrong. If you want to popularize the anti-gravity aircraft, it must be intelligently driven and unmanned. Development. "

"In terms of communication, quantum communication technology and quantum matrix radar must also be studied ..."

PS: Thank you for giving me some suggestions on industrial manufacturing. Thank you very much ~~