I Have a Little Black Hole

It has been more than a month since the launch of the asteroid belt probe combination. During this time, a large part of the company's attention has been put on the first manned launch of the 'Pegasus' manned spacecraft. Now, such a launch mission is not an easy task for a technology company that has only been established for more than 4 years!

Although Laomei's private company has set a record for carrying out manned spaceflight missions, it has taken them more than 10 years, while the Infinite Gravity Group has only been ready for launch in less than 3 years from research and development to the present. From experience There will definitely be some differences.

Therefore, although the company is very confident in its own technology, everything that should be prepared must also be prepared, because manned flight and the use of spacecraft to deliver supplies to the space station are two different things. If there is a problem with the human spaceship, the blow to the company will be very big!

The rocket side has completed all the testing procedures, and this time we used a brand new rocket, and did not use the recovered rocket that has been used before, in order to ensure that nothing goes wrong!

Of course, two backup rockets have also been prepared. In this regard, the experience of the 'Gaia' base has been very rich, and it is guaranteed that there will be no problems! Xiong Antai first made a brief report.

As he said, there is really nothing to report on the rockets. The company has carried out more than 150 launch missions so far, and there has not been a single mistake, and even so, they are in every Before the first launch, all the test work will be meticulously completed to ensure that the rocket's launch success rate has been maintained at the level of 100%.

The spacecraft has also passed the company's most stringent testing, and has also conducted three joint simulated launches with the rocket, and is fully capable of launching!

In particular, we have conducted more stringent tests on the safety system to ensure that even if there is an accident during the launch, the safety of the astronauts will not be threatened.

15 minutes before the official launch, the automatic fault detection and processing system on the rocket can automatically detect faults, and it will automatically alarm once a problem is found.

When the spacecraft takes off and has not left the rocket launch tower, if there is a danger, the astronauts can leave the spacecraft in an emergency and return to the ground by high-speed elevator, semi-automatic gliding and gliding cables, or they can use the astronaut ejection seat to return to the ground.

When the rocket ignites and rises and the spacecraft leaves the launch tower and lifts off, if an accident occurs, the astronauts can activate the escape tower to escape.

When the spacecraft enters the orbital flight stage and is in danger, the astronauts can use the safety life-saving equipment on the spacecraft, such as space suits or life-saving balls, to protect their own lives, or they can launch the life-saving spacecraft from the ground to pick up the astronauts. Astronauts can use the various emergency medicines and life-saving equipment in the spacecraft for self-rescue or mutual rescue.

If the spacecraft encounters a dangerous situation during the return descent and landing stage, the astronauts can rely on the ejection seat and the deceleration device to save their lives. If they fall into an unintended area after landing, the astronauts can use their portable communication equipment, life-saving items, rations, water, etc. to rescue each other and wait for rescue.

These designs are enough to ensure the safety of our astronauts, and in order to better ensure the safety of astronauts, we have made overflow designs for all kinds of escape and escape systems to ensure that even if a system fails, there will be a backup system to ensure the safety of astronauts.

Anyway, the company's launch vehicle carrying capacity can also withstand such a redundant design, so we also planned the safety system of the spacecraft from the perspective of ensuring the safety of astronauts during the design.

And we have built a total of 4 'Pegasus' manned spacecraft this time. Even if there is an accident in the main spacecraft before the launch, we still have enough spare spacecraft to carry out the launch mission as planned, which will not delay the company's scheduled plan!

Zhang Hanxiu also reported on the preparations at the Deep Space Laboratory.

And through 3D projection, I introduced the safety design of the manned spaceship Tianma, which gave everyone a reassurance.

Since Lao Zhang has talked about the safety of the astronauts, let me talk about the preparations for the astronauts!

This time, we are going to send a total of 3 astronauts to the 'Nantianmen' space station. One of them is an elite from the National Space Administration who supports us, and the remaining 2 astronauts are novice astronauts trained by our company. member.

They have completed all the training work, and now they are in the best physical condition, and they are all ready for the launch mission.

However, we have also prepared a reserve team as usual. Another elite astronaut who has flown through the spacecraft supported by the National Space Administration is also ready to be replaced at any time. The astronauts trained by the company also have 2 astronauts with perfect test scores. in the reserve team.

And if the first group of astronauts have no problems and have successfully entered our company's space station, then they will be the main force for the next manned launch as the reserve team, which will be in the company's space station next month. In the human launch plan, another 'Pegasus' manned spacecraft went to the space station to perform a mission.

Our company's current space station is designed with a maximum of 8 people, and there is absolutely no problem in sending 6 astronauts to work in 2 times.

Of course, we will also control the number of astronauts residing on the space station in a short period of time at the scale of 3. The 3 astronauts we launch this time will take the spacecraft to return to Earth after the next 3 astronauts enter the space station and complete the handover.

This is done for the safety of astronauts. Although the country has also provided our company with data on the physical changes of some astronauts working in space for a long time, we cannot let them stay in space for too long the first time. .

Without these data, we would not dare to let them stay in the space station for a month. The harm of the space environment to the human body is still being studied, and we cannot make fun of their bodies.

Of course, the replacement of astronauts in such a short time also has the meaning of cultivating the company's astronauts, because whether it is the company's future lunar space station plan or Mars space station plan, a large number of astronauts are required to work.

If you add the construction work of the lunar base and the Mars base, the number of astronauts needed will be even more. If you don’t start training from now, the company will be in an embarrassing situation of lack of astronauts! Kong Yuxiao reported in detail the arrangements for the astronauts.

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