After all, the difference between launching a 72-ton payload at a time and launching a 105-ton payload is not small, and the least of these missions has to be launched more than 5 times. The difference between this is a big difference, even if the company can accept multiple launches. Expenses, the cost of the time wasted is not available with money, let alone other needs!

Therefore, in order to meet the launch needs of these payloads, of course, we can only continue to carry out research and development on the launch vehicle. One day the company's spacecraft does not have formal deep space, the company's space program cannot do without the support of these launch vehicles!

The company’s 6 types of recoverable rockets with different carrying capacities and launch methods are enough to meet the current launch needs. Some experimental small satellites that need to be launched separately are required to be launched. The company will choose to send them abroad. The development of several private aerospace companies in China is also good, and there is no problem with ordering them.

In addition to saving the company's time and energy, it can also support the development of its peers. It is best to let a hundred flowers bloom, and it is not a good thing to have a big family!

What's more, Infinite Gravity Group has more important tasks to be done here. The moon landing plan is ready to go, and the Mars mission is steadily advancing. There is no more energy for these small and fragmentary launch needs. Up.

Last year, that is, in 2024, the construction of the Moon Advance Base began in June. In the early stage, all the construction work was done by robots, and no human astronauts participated.

In addition to mission requirements, it also comes from everyone's respect for life. Although humans have logged on to the moon more than once, as a private company that has never had such launch experience, it is still necessary to be cautious.

After all, even if the mission fails, robots and supplies will waste a little money at most, and it will not have much impact. However, if the manned launch fails, it will be troublesome. It is okay for the astronaut’s life to be no problem. If the astronauts were killed, it would be a fatal blow to the company's entire space program!

Therefore, for the sake of safety, in the preliminary task of building the forward base, every time the intelligent robot is delivered is a process of technical verification, which is to ensure that the manned spacecraft can be foolproof when the manned spacecraft actually landed on the moon!

Moreover, the preliminary construction tasks of the forward base really do not require the participation of human astronauts. Intelligent robots can complete all the tasks. After all, things like building solar panel arrays and building camps are much better than human astronauts. Up!

It is important to know that if the advancement of the moon base wants to ensure a stable energy supply, it cannot do without the help of solar panels, because even the Infinite Gravity Group will successively launch nuclear batteries to provide energy to the base, but nuclear batteries can produce After all, its energy is limited, and it is impossible to supply more and more scientific research equipment to the forward base.

Therefore, the installation of a large number of solar panel arrays has become an inevitable choice. The increased capacity of solar panels can provide sufficient energy to the base.

The main reason for the construction of a large number of solar panel arrays is that the rotation cycle of the moon is close to 28 days, 14 days of moonlit night can not receive sunlight, if the number of solar panels is not enough, there is no way to collect more solar energy To ensure the energy supply of the base during these 14 days!

And for this kind of work that takes a lot of time to complete, it is better to use intelligent robots to operate various equipment, because human astronauts need to rest while working, even if the moon’s gravity is lower, all astronauts appear powerful. It's very big. They need all kinds of mechanical equipment to help them when they work. They also need to take a break after working for 4 hours at most!

But smart robots don't use it. If you use robots for the same job, the construction cycle will be twice as fast!

More importantly, there is no protection from Mother Earth’s magnetic field on the moon. Astronauts will always be exposed to various cosmic rays. A short stay is fine. If you work on the surface of the moon for a long time, that’s all. Irresponsible for the lives of astronauts!

At this time, two more beautiful scenery lines have been added to the Earth's far-Earth orbit. One is that the two core compartments of the Mars space station are undergoing various tests. The size of each segment is larger than that of the earth space station. The bigger ones are of course very attractive.

They will be combined with the two Mars forward base construction mission payload modules to launch to Mars after completing all the testing work. The reason for launching the two core modules of the space station to Mars orbit in advance, instead of following behind. The space station modules are assembled together and then launched, which is also considered from the mission requirements, which will be discussed later.

Let’s talk about another big guy in Earth’s orbit that is more eye-catching. It is the completed lunar space station-Xuantu!

The reason why it is more attractive is that its design adopts the type of rotating assembly construction model that Lei Tiantang and Kuafu helped to test in the universe before. The experimental chamber composed of 4 core chambers, in the core The rear section of the silo is connected to a rotating experimental silo consisting of 6 cabins, which are connected by a specially designed docking section.

Such a design that could only be seen in sci-fi movies before has really appeared in reality~lightnovelpub.net~How could you not pay attention!

The advantage of this design is that astronauts can get better life and rest effects in these rotating space station orbital modules. After all, astronauts performing missions on the lunar space station need to stay on the space station for a long time. The weightless environment is still very harmful to the astronauts.

They can’t work like the astronauts on the Nantianmen space station for three months and then return to the earth to rest, nor can they casually descend to the moon base to rest, because although the moon is the closest celestial body to the earth, However, the cost of going back and forth with the current technology is also very huge.

In the same way, it is impossible for the astronauts on the "Xuantu" lunar space station to waste precious reentry fuel in order to rest and relax. These fuels are used to save lives in times of danger!

In addition to completing their mission and returning to Earth, they can truly get rest. They can only rely on this design to obtain a better quality of life during the one-year mission cycle.

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