Vol 2 Chapter 1733: Relay manned moon landing technology
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Facing this problem, facing everyone's eyes. Wu Hao smiled and nodded and said, "Of course, as long as everyone is willing to listen."
Whether this manned program has specific technology or not, there is nothing to keep secret. And like this technology, even if it is said, it is not so simple for other countries and companies to imitate plagiarism. It is like a launch vehicle, it is nothing more than using reverse thrust to launch a payload into the sky, but so far, there are only a handful of countries and companies that can independently produce launch vehicles and successfully launch them.
Another example is the mushroom bomb. Its principle is very simple. There are a lot of information and data about this on the Internet, which is very detailed. But this kind of thing is not something that everyone can create, and it is currently only controlled by a few countries.
"Our technical plan for manned landing on the moon is divided into three parts, the first is the first part." Wu Hao combined with the model displayed on the platform and introduced it to everyone.
"The first thing we need to do is to send people to space. This is the first step of the ladder plan. Only when people are safely sent to space, can we consider going to the moon and landing on the moon next.
In this part, we also make full use of our current more mature technology, that is, our manned spacecraft Walker. Using it, we can send passengers into space.
Because the existing technology is used, and most of the launch vehicle can be recycled and reused, even the manned cabin of the Voyager, which is the return cabin, can be reused, so we can control the manned cost at this stage to A lower level, resulting in substantial cost savings. "
After the introduction, Wu Hao glanced at the people, and then said: "Next is the second part, which is the orbital transfer process. There are 380,000 kilometers from the earth to the moon, and it takes many orbit changes to reach it. .
Under normal circumstances, this transfer process is carried out by the lunar orbiter. And this time, we specially designed a transshipment ship for this purpose.
It is also divided into two parts, one is the manned living room, and the other is the orbital service cabin. This transshipment spacecraft travels between the Earth and the Moon in transit orbits, transporting personnel and materials. Therefore, our scientific researchers have given it a nice name ‘Space Bus’.
The entire space bus transfer ship is responsible for the transfer of materials and personnel between the earth and the moon, so it can perform long-term round-trip missions between the earth and the moon. Under normal circumstances, such a transshipment spacecraft can be used in space for five to ten years or even longer. In this way, it can save a lot of personnel and material transportation costs.
It is also known as a ‘permanent’ transfer spacecraft, so we can appropriately expand the volume and increase the volume in the manned living room. In this way, on the one hand, more passengers can be accommodated, thereby further reducing costs. On the other hand, it can also provide passengers with a more comfortable riding environment experience.
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