Super technology leader

Tang Chao found that every time he came to Kansei, he had many tasks, and they were increasing.

In the beginning, he was a little confused, just trying to figure out the situation.

Later, he came with various purposes, and the things he had to do naturally increased.

This time was the same.

First, he was preparing for the next video recording of the rocket thruster, and he was even wondering if he should just record it directly on Kansei to save himself from tossing back and forth.

The rocket engine to be tested this time is completely different from the previous two. The previous two were only one or two tons, which is not bad for amateur rockets, but they always couldn't make it to the big stage.

Ahem, of course, of course, that's just what Tang Chao thought. In fact, one or two tons of thrust is not small, and he didn't mean to look down on amateur players.

It's just that a diameter of 1.3 meters and a thrust of 16.6 tons... is too tempting.

If the previous engines could be pieced together to send a student's backpack full of homework into the sky, allowing him to go to school and tell the teacher, "I really did my homework, but it was sent into space by a rocket."

Then the current thrust, when pieced together, is enough to send one or two hundred kilograms of payload into space.

That is to say, with this kind of engine, if he can build a rocket, he can enter the micro-satellite launch market.

He can cross from the field of "amateur fun" to the field of "making money with rockets."

This is a qualitative leap.

The current global aerospace industry is worth 400 billion US dollars, of which the satellite industry accounts for about 80%.

According to the quality of the satellites, those weighing less than 1000 kilograms are usually called micro-satellites.

Micro-satellites have the advantages of flexible launch methods, low research and launch costs, and short research cycles.

Thanks to the progress of microelectronics technology, the development of lightweight materials, and the emergence of high-power solar cells, small satellites have developed rapidly and are widely used in global civil communications, remote sensing meteorology, earth science, space science, planetary exploration, and technology verification.

In recent years, some developed countries abroad, especially in America, have attached great importance to the launch and application of low- and medium-orbit small satellites, and have introduced a series of policies to encourage and promote the research and development of small satellite technology and business.

The news about launching a dozen, dozens, or hundreds of stars with one rocket is about this kind of "small potato."

According to estimates, the market for these micro-satellites is also nearly 10 billion US dollars.

This is still within two or three years, and it will definitely be more in the future.

Of course, according to the "normal" regulations in America, as long as a satellite uses American technology or parts, it cannot be launched by Tianxia, so the market in Tianxia will definitely not be that big.

But... now that he's here, as long as he operates well, why should other countries use American technology, which is expensive and troublesome, with many rules and regulations? It's much better to use Navigator Company's technology.

Well, he doesn't like the micro-satellite launch market. Let other companies have it. He doesn't need to compete with them for this market.

If he even grabs this, it would be too bullying. He should transfer the technology and let domestic small aerospace companies compete with foreign ones.

Speaking of this, I have to mention his second purpose for coming here this time.

He doesn't plan to use the original "small thrust" rocket engines on Kansei, but they can be sold to domestic or foreign aerospace companies.

Here, the maximum thrust of a single-combustion chamber liquid rocket engine can reach 140 tons, a dual-combustion chamber can reach 190 tons, and a four-combustion chamber can reach 382 tons.

The solid-fuel engine with the largest thrust can reach 300 tons.

These are all sea-level thrusts, and the vacuum thrust can be even greater.

These engine technologies are enough for the aerospace companies on Earth.

Large companies that have already developed large-thrust rocket engines of several hundred tons may not care, but small aerospace companies that do not have the ability to develop large-thrust rocket engines, or even small-thrust ones, will definitely have a great demand.

You must know that the thrust of the Falcon 9 rocket engine, which created the private aerospace miracle, is less than 80 tons.

Although it is because the Merlin engine is small and a rocket can hold many of them, the rocket engines on Kansei are also not large.

Things on Kansei are famous for being small.

However, the original version of Kansei's engine has a problem, that is, the specific impulse is too small. This was originally just a game limitation, but in the "real Kansei" it became the result of the old Kansei world environment.

Tang Chao certainly can't take this kind of engine out. He needs to let Kansei's engineers modify it and update the version.

Moreover, the rocket engines produced by Kansei Technology have another problem, that is, the engines are only divided into solid and liquid, and the liquid rocket engines are only divided into liquid fuel and oxidizer, and there is no distinction between liquid hydrogen and liquid oxygen, liquid oxygen kerosene, or liquid oxygen methane.

Of course, this is the classification when playing the game. After he actually arrived on Kansei, he found that they were still divided, just like on Earth.

Just like the KS-25 "Vector" liquid fuel engine, like its RS-25 father engine on Earth, it uses liquid hydrogen and liquid oxygen.

It's just that it was restricted by the original game settings, and the specific impulse was terrible.

It must be upgraded!

Fortunately, the original manufacturers of those engines thought the same way. Some engines can be thrown away, but some models can be continued, and upgrading an engine is much easier than starting from scratch to develop a larger thrust engine.

And they also discovered, what were their designers thinking before, why could the engine be designed so badly?

It's simply an insult to the company's reputation.

They don't know that it's a game setting, or for them, it's the fault of the "Great Cosmic Will".

So Tang Chao doesn't need to worry about this. He only needs to wait for those companies to complete the engine upgrade and then buy their technology.

There are various restrictions to be followed on Kansei, but there are no such restrictions on Earth.

"Hehehehe."

There is also the animation he just invested in.

Old Dong's comic is a science fiction story based on mecha, with scenes of national wars and counterattacks against aliens after finding the source of the incident.

It involves mechanical exoskeletons, powered armor, mecha, science fiction aircraft, starships, etc., which can be said to be a wide range.

This story is not too novel, but the various vehicle settings inside are good. It can be seen that it refers to many similar machines that actually exist.

But this is not enough. Tang Chao wants to make these mechanical settings more realistic, and even make the audience think that they can be made after seeing them.

In fact, Tang Chao thought so too, so he came to Kansei's engineers. He believed that Kansei Technology would give him a satisfactory answer.

He invested in this animation and bought the copyright, so he wants to make it a masterpiece.

When Dong Chen drew it before, he just set it up. Later, Lin Qixian joined and made the story stronger. Now Tang Chao has joined again. His task is to make these vehicles look real.

For example, making the shape of the vehicle both handsome and reasonable, and then adding some detailed displays, making some settings, and so on.

Then, he also wants to make everything inside.

He used to just play in the game, and he wanted to try what would happen if he brought these things to Earth.

Like mechanical exoskeletons, relatively speaking, this thing is the simplest.

He downloaded a lot of relevant information before he came in this time, and asked Kansei's engineers to design it based on the information. The realism of the mechanical exoskeleton in the comics will definitely increase linearly.

In fact, it is designed according to real machinery.

Of course, the comics will definitely not show so many details, but it can already make people think it is real at a glance.

The effect he wants to achieve is: others think these things are "object special effects", but in fact they are all real things!

"So, Warner, how do you feel?"

"BOSS, you are a genius!"

PS: Thanks to Tool Man, FantomCredo, Space 2333, a bunch of bubbles, SAS Special Forces, dsbghost, V Xuanhuan, and Thinking of the Sea for the reward, thank you, thank you~~