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Since Wang Bin's sky technology has recently made a new breakthrough in the field of pulse detonation engines, the pulse detonation rocket engine installed on this aircraft. Its thrust and other performance far exceed the previous Phoenix-kt1 type, the pulse detonation rocket engine on it.

Therefore, when the plane took off, it quickly reached a speed of more than Mach 12 and was still accelerating.

The aerospace plane piloted by Zhao Feng broke through the atmosphere and reached the altitude of low-earth orbit in less than three minutes. However, the plane continued to accelerate at this time. However, since it has not yet entered orbit, engines are naturally needed to provide power to push the aircraft into space and low-Earth orbit.

After the Phoenix-2kt aerospace plane successfully entered the earth's low-earth orbit, because there was no medium-high orbit test flight subject in the test flight subjects, the aerospace plane did not fly to a higher orbit, but circled After two circles of the earth, that is, after 4 hours, it entered the atmosphere again and returned to the Tiangong Technology Great Desert Industrial Zone.

In the next few days, Wang Bin and Tiangong Technology conducted a test flight of this aircraft in the medium and high orbit subjects, and all of them achieved complete success.

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The successful test flight of the Phoenix II series, the first aerospace plane, is of great significance to their Tiangong Technology in exploring space in the future.

As mentioned earlier, with this space plane, their Ziwei space station of Sky Technology will not have to rely entirely on rockets to launch various components and various scientific research equipment in the next construction and assembly process. In the process of building the space station, except for those relatively large cabins, they can use this aerospace plane for transportation. After all, this aerospace plane also has such a large carrying capacity.

Even in high orbit, this aerospace plane has a lot of carrying capacity, so in the future, when launching high orbit satellites, such as geosynchronous satellites, there is no need to use expensive rockets at all, but to use cheaper space vehicles. Skyplane, let's launch.

Moreover, due to the load capacity of this aerospace plane, they can also carry more satellites at one time.

So just after the aerospace plane of their Tiangong Technology completely completed the test flight work in low, middle and high orbits, Wang Bin's aerospace plane immediately invested in transporting various scientific research equipment and various materials for the space station. tense transportation.

Although, due to the prototype of this aerospace plane, Wang Bin and the others only produced two of them, and the follow-up is still under intense manufacturing, but only the addition of these two aerospace planes will allow Tiangong Technology to take the lead in the construction of the space station. Engineering, the process is accelerating at a speed visible to the naked eye.

After all, rockets can only launch once a day at most.

This is already very powerful, and there is no country in the world that can do it. Even Tiangong Technology has not been able to launch a rocket every day in the past period of time.

You must know that this is a heavy-duty rocket with a weight of 3,000 tons. Its assembly and construction are not easy, and a lot of preparations must be done before launch.

But aerospace planes are different. As long as simple maintenance is performed after each flight and fuel is added, they can be lifted into the air.

Therefore, it is not necessary for an aerospace plane to travel to and from space once a day, even two or three times is possible.

At the same time, with this aerospace plane, it is no longer a fantasy for them to assemble and produce 100-ton real spacecraft in space in the future. As long as the spacecraft modules are produced on the ground, this aerospace plane can completely make these modules sent to space and then assembled.

In addition, this aircraft will play a very important role in space tourism and the establishment of space factories in the future.

It can be said that the current Tiangong Technology has completely left its international counterparts far away. Even the official can no longer compare with Tiangong Technology. Fortunately, the current Tiangong Technology is also a regular army, so there is no need to be afraid What is the official view on Tiangong Technology?

At the same time, with the development of Tiangong Technology in aerospace, it has now stepped out of the space path that other countries in the world have never gone through. Although there are many difficulties encountered now, there is no doubt that Tiangong Technology and With the joint efforts of the officials, the difficulties encountered were all solved one by one by Yitiangong Technology.

At the same time, the current Tiangong Technology or Huaxia has truly mastered deep space exploration technology, whether it is technical or other aspects.

Therefore, with the advancement of the construction of the space station, Wang Bin and his Tiangong Technology have also started the next plan, which is the lunar exploration and manned lunar landing plan.

In addition, there are Mars and Venus exploration programs, asteroid belt exploration programs and so on.

Of course, these plans were jointly developed by Wang Bin and Tiangong Technology and the officials, but in terms of technology and other aspects, Tiangong Technology is still the main one.

After all, no matter how powerful Tiangong Technology is, it is just a company. Such a huge plan, even Tiangong Technology, cannot be completed alone. It must be done with the cooperation of the national power, and even It is the kind that focuses on national power.

At the same time, with the successful test flight of this aerospace plane, Tiangong Technology's spacecraft R\u0026D and design laboratory has also opened up a larger aerospace plane research and development plan, which is the goal that Tiangong Technology has been working hard on before. That is, the research and development plan for a super-large aerospace aircraft with a take-off weight of seven to eight hundred tons.

Moreover, since their Tiangong Technology has now completed the experimental reactor ignition and operation test of the controllable nuclear fusion reactor, this means that their Tiangong Technology has mastered the controllable nuclear fusion technology.

Then the new ultra-large aerospace plane, using nuclear fusion as power, is theoretically feasible.

Therefore, on the side of the aerospace laboratory, controllable nuclear fusion is used as power on this super-large aerospace plane. In this case, this aerospace plane is fully capable of navigating within the solar system. And the speed in space can also be higher.

Then the time to reach other planets will be greatly shortened, especially when flying to the two planets closest to the earth, that is, Mars and Venus, they can even arrive within a week. The era of interstellar colonization has arrived.

After all, with controllable nuclear fusion technology, their aerospace aircraft does not have to worry about fuel issues at all, and because this aerospace aircraft is also large enough, the various supplies that can be carried inside can also be fully supplied. Astronauts provide what they need to survive for a long time.