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With the start of production at the space center on the Tiangong Technology Great Desert, it took only two days for the third-stage rocket of the Tiangong-9 rocket to be remanufactured, and it took another two days to complete The first Tiangong-9 rocket in the industrial zone here has been reinstalled and tested.

At the same time, the official space station module to be launched, that is, a large-scale space experiment module, has also been delivered on the same day.

Moreover, the laboratory sent by the official this time has many big differences from the previous experimental cabin, that is, the experimental cabin sent by the official this time is not cylindrical, but hexagonal.

It can also be seen from here that officials are making very large modifications to the space station.

After all, according to the official previous design, their space station is actually less than 100 tons, but now because the tonnage of the space station will be expanded to nearly 1,000 tons, the structure of the original space station must no longer be able to support the new space station. structured.

So the official will naturally make a series of modifications to it, including the various cabins of the space station.

And judging from the segmentation of this experimental cabin, it is clear that the official space station has decided to use a honeycomb structure. After all, compared with other shapes, if a honeycomb space station uses multiple overlapping segments The structure is stronger, the performance of the space station will be more excellent, and the internal space utilization rate of the space station will definitely be higher.

Most importantly, a space station of this shape is obviously more beneficial to future expansion.

Obviously, the officials are still somewhat dissatisfied with the space station of nearly 1,000 tons.

Naturally, Wang Bin was not unhappy about this. On the contrary, Wang Bin was actually very happy at this time. After all, even Wang Bin was a little worried. The officials stopped the pace of space exploration. After all, Once the government stops, it is obviously not enough to rely solely on their own strength of Tiangong technology.

After all, in terms of exploring and developing space, the government is the main force, while private aerospace companies, including Tiangong Technology, all play a supporting role.

So, on the day when the government sent the experimental module to the desert, Wang Bin and his team at Tiangong Technology installed the experimental module on the rocket that had been erected overnight, and prepared to launch it the next day.

Fortunately, since the weather in the great desert is basically sunny, as long as it is not a day with too much wind and sand, it is basically possible to launch rockets.

The next night, Wang Bin and the others successfully sent the experimental module of the official space station to the predetermined orbit in space, and finally completed the docking with the core module of the space station.

Moreover, since the launch altitude this time is only 400 kilometers, the entire Tiangong-9 rocket, including the first, second and third stage rockets and fairings, were all recovered successfully.

This made all the personnel involved in this rocket launch, including the technical personnel and experts dispatched by the government, very happy. After all, according to the verification of their Tiangong Technology, the funds used to launch the space station this time were converted into, It's only tens of millions of yuan, that is, just the money for fuel. It is definitely very happy to send this behemoth weighing more than 30 tons into space and dock with the core module of the space station. of.

at the same time,

The reduction in launch costs also means that there are no technical and other obstacles for Huaxia to establish large-scale space facilities.

It can be said that as Tiangong Technology has thoroughly mastered the rocket recovery technology, especially the super-heavy rocket recovery technology, for China, the era of real cheap spaceflight has completely arrived.

At the same time, in fact, Wang Bin's effect is also very clear in his heart. As Tiangong Technology has mastered the recovery technology of super-heavy rockets, the official will only increase investment in this area, and will not ruin its future.

And on the fifth day after Tiangong Technology officially launched the experimental cabin, Tiangong Technology's second vertical take-off and landing aircraft, the Phoenix-cz1a aircraft, also officially completed the design and put it into production and assembly wholeheartedly. stage, and in just a few days, this new type of vertical take-off and landing aircraft was assembled and rolled off the assembly line.

Moreover, the first test flight of this surprise-improved vertical take-off and landing aircraft was also very successful. During the test flight, there were no accidents in the launch, and all the test flights of all subjects were excellently completed.

As a result, Mr. Qiu and other military personnel who came to watch the test flight were very optimistic about this new vertical take-off and landing aircraft.

Moreover, an order for 30 aircraft was placed after the aircraft had only conducted a test flight, and it was stated clearly that if the aircraft was well received by the pilots during its use, then they would purchase more aircraft. More of this plane.

In fact, Mr. Qiu and other official representatives also have their own ideas about this aircraft.

Because at this time, whether it is Mr. Qiu or Mr. Qin and the others, they already know very clearly that the reason why Tiangong Technology developed this aircraft is to verify Tiangong Technology's vertical take-off and landing technology, so that the aircraft they produce in the future Space shuttles can land on planets other than Earth.

Here comes the problem, that is, since the aerospace plane is going to land on a planet other than the earth, then it is conceivable that the pilot's flying skills are required. It is naturally difficult for ordinary pilots to complete such a task .

Therefore, in order for pilots to be more adaptable to aerospace aircraft that can take off and land vertically in the future, they naturally have to keep up with training. On the other hand, there is no such aerospace plane.

Therefore, this vertical take-off and landing aircraft is naturally the most suitable. Most importantly, is this aircraft developed by Tiangong Technology, which is a training aircraft for training vertical take-off and landing aerospace aircraft pilots?

In addition, because this aircraft has a huge fuselage, has a good carrying capacity, has a good range, and can even fly at supersonic speeds, so in fact, this aircraft is also very versatile , especially in those places without large airports, and at sea, it is definitely a great deterrent.

It is precisely because of so many benefits that Mr. Qiu and the others ordered 30 aircraft at one time when the aircraft was undergoing its first test flight, and they will order more in the future.

As for why not wait for Tiangong Technology to fly a few more times before purchasing, this is entirely through the performance of technology, and the situation of other models of the Phoenix-1 series has been fully recognized and believed by the official.

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