Military Technology

And more importantly, this new semi-solid foam propulsion fuel is not like other liquid rockets such as liquid oxygen kerosene, or liquid oxygen and liquid hydrogen, which need to be refueled before launch.

It can be filled in months in advance and is very stable. This means that this fuel has extremely high military value.

At present, this new type of semi-solid foam propulsion fuel has been used in the military field, and some big guys at the bottom of the pressure tank have also used it.

Not only is it more maneuverable and easier to launch, it also has a greater carrying capacity and a longer range. Basically, it can achieve full coverage in any corner of the world, truly achieving full coverage of the world, and its deterrent power is directly beyond the limit.

In addition, the Jianmu series rockets use Wu Hao's latest intelligent control system. This should be regarded as the first rocket in the world to use an intelligent control system.

Compared with traditional program rockets, this kind of launch vehicle equipped with an intelligent control system is more reliable and can take timely measures after problems occur to ensure the safe flight of the rocket.

When the rocket loses control, it can deal with it immediately to avoid accidents.

Then there is the return technology. Compared with the Falcon rocket, the return technology used by the Jianmu series rockets is basically similar to the Falcon rocket, but it is completely different.

The thrust of the rocket is infinitely adjustable, and the thrust of the rocket engine is intelligently adjusted through height and speed to ensure the rocket lands smoothly.

The advantage of this is that it can save a lot of fuel during the landing process, thereby increasing the rocket's carrying capacity.

The biggest drawback of this retractable launch vehicle is actually that its thrust is not as high as a disposable rocket of the same level. This is because the rocket also needs fuel to supply the engine during the return and landing process, thereby decelerating the rocket and ensuring that it can land smoothly.

Therefore, the core-stage rockets and boosters of the Jianmu series have a very fast and smooth landing speed, higher reliability, and a very high recovery success rate.

Finally, there is the fairing recovery technology. Unlike the Falcon rocket's fairing, it flies to the sea by itself and is then captured by a boat with a net.

Jianmu series rockets are captured and transported in the air. The hooks on the helicopter are used to hang the paraglider on the fairing to achieve capture and recovery, and then the helicopter is transported back.

Moreover, the directions of the two companies are also different. Compared with Musk, who is obsessed with building starships and emigrating to Mars, Wu Hao is much more pragmatic. Not only has he built a manned spacecraft, the Walker series of spacecraft, but he has also In the exploration and development of the moon, great achievements have been made.

Although the moon is relatively close to Mars, it is relatively less difficult to explore. But it is also unique that a scientific research station can be built on the moon.

In other words, humans may not need Mars, but they cannot live without the moon. For humans, the moon is much more important than Mars.

Moreover, the moon is also the gateway to the earth, a bridgehead and a deep-sea dock for human exploration of deep space. Therefore, Wu Hao and the others seized the opportunity to develop the moon. Once successful, they would be able to control the delay in human exploration of outer space. Both the economic benefits and strategic significance would be unprecedentedly huge.

So to sum up, Haoyu Aerospace and SPX are currently the only two companies in the commercial aerospace field in the world. Wu Hao and Musk are the twin stars in the aerospace field, which is recognized by everyone and is not controversial.

The applause at the scene did not last long, because everyone immediately focused their attention on the core two-stage rocket and spacecraft assembly that was still rising.

At this moment, the spacecraft in the telemetry picture suddenly turned into a faintly beating bright spot, so the big screen has turned into a simulation picture.

Now everyone is waiting for that critical moment to arrive, and the scene is silent.

"Device separation!"

Bang bang bang bang...

Amid everyone's attention, the telemetry screen on the big screen shook, and the second-stage rocket began to separate, and then gradually moved away from the return-type lunar experiment spacecraft.

The returnable lunar experiment spacecraft is getting farther and farther away.

Similarly, the surveillance camera on the rocket also recorded this important moment. The return-type lunar experiment spacecraft slowly moved away from the rocket, and then disappeared under the bright sunshine.

The atmosphere in the hall became lively and everyone was high-fiving in celebration. For the rocket technology team, their mission has been successfully completed. The next step is to look at the technical team of the 'Wangshu-2' intelligent lunar surface exploration experimental vehicle.

Zhou Xiangming breathed a long sigh of relief and walked over to them. Wu Hao immediately shook hands with Zhou Xiangming: "Well done!"

Thank you Mr. Wu! Zhou Xiangming smiled and thanked him. It was obvious that he was in a good mood now.

This should be considered a success. Zhang Jun asked.

"Mr. Wu, congratulations, the launch mission was successful!" A young engineer ran over excitedly to congratulate Wu Hao.

Wu Hao smiled and nodded, but his eyes did not leave the data on the screen. He knows that success is only temporary and there is still a lot of work to do next.

"The air recovery team reported that the first-stage rocket and booster have been recovered and are on their way to the recovery workshop." The voice of the control center came over the radio.

Upon hearing the news, Wu Hao breathed a sigh of relief. He looked out the window and saw the stars twinkling in the night sky, as if celebrating their success.

However, he knows that this is only a small step in China's commercial aerospace journey. Haoyu Aerospace still has a long way to go. They still need continuous research and development, testing, and improvement to truly bring China's commercial aerospace to the forefront of the world.

"Attention everyone, next we will conduct detailed data analysis on the first-stage rocket and booster to ensure that the next launch mission goes more smoothly." Wu Hao said to the team members.

Although they should be celebrating at this moment, Wu Hao knew that the aerospace industry could not relax at all. They need to keep working hard and moving forward for a better future.

In the future, they have more goals to achieve: building their own space station, achieving manned moon landings, and exploring Mars... all of which require their continuous efforts and struggle.

But Wu Hao firmly believes that as long as they persist, China's commercial aerospace will surely be at the forefront of the world and create more brilliance.

With the smooth landing of the rocket booster and core-stage rocket, the entire launch mission has been more than half successful. However, for the aerospace team, every success is inseparable from precise calculations and strict monitoring.

Wu Hao and his team members began to quickly analyze the landing data. This data will help them understand the movement and performance of the rocket in the air, providing important reference for subsequent improvements and optimizations. (End of chapter)

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