Military Technology

Vol 2 Chapter 1404: Xinyuehu Comprehensive Space Command and Control Center

   Chapter 1405 Xinyuehu Integrated Space Command and Control Center

  Haoyu Science and Technology Park, North District Xinyue Fox Courtyard, this is a modern office area composed of three unique modern independent buildings and supporting facilities.

  However, in the park, everyone prefers to call the twenty-eight complexes in the park, that is, the twenty-eight star complexes, as courtyards.

  Xinyue Fox Courtyard is one of the twenty-eight astral courtyards. Each courtyard has its own unique constellation inheritance, and the mythological totem logo designed by famous designers based on its constellation name is used as the LOGO of each building.

These 28 mythological totem signs have not only won the liking of employees, but have also been liked by many people in the society. Even mobile phone cases, T-shirts, etc. with these patterns have appeared in some online stores. Derivative cultural products.

  At present, the Xinyue Fox Courtyard is the office area of ​​Haoyu Aerospace's headquarters and the company's residence of Haoyu Aerospace. Therefore, the administrative departments of Haoyu Aerospace basically work here. Of course, some technical departments are located in different places because of their work, such as the Northwest R&D base, Anxi's rocket manufacturing plant, Jiangcheng's rocket manufacturing plant, and so on.

  In order to facilitate command and control, an integrated aerospace command and control center is also set up here. Here, every rocket, every satellite, and every spacecraft launched by Haoyu Aerospace can be monitored in real time.

  Like every launch mission of Haoyu Aerospace, monitoring can be carried out here, and it can even be directly intervened in command if necessary.

  Usually some launch missions, Wu Hao and Zhang Jun will also come here to sit here.

  And this time their first unmanned experimental spacecraft is launched, and the entire flight test process will also be under unified command and control here.

  So Wu Hao rushed here after he was busy with the meetings and discussions with the CEOs of these companies. He is very concerned about the successful launch of the unmanned experimental spacecraft.

  When he walked into the hall, the whole hall was still moving in an orderly manner. Unlike the official command and control hall, which is very formal, it is not so square and there are not so many restrictions.

  The entire decoration layout is also very technological. It is designed by excellent designers. There are large screens of different sizes on all four sides of the hall, and various data and images are displayed on the large screens.

  The middle office area is divided into different functional module areas by design. These areas are connected to each other, but they are independent of each other, and they have a sense of technology.

  Mr. Wu, seeing Wu Hao coming in, Zhou Xiangming immediately greeted him. The commander here is Zhou Xiangming, the chief engineer of Haoyu Aerospace, and the vice president of the subsidiary. He served as the commander-in-chief of this launch experiment mission and was responsible for overall command work.

  Well, how is it? Wu Hao walked to the seat next to Zhou Xiangming and sat down, then looked at the picture on the big screen and asked him.

  Zhou Xiangming smiled at him and said: “At present, the unmanned experimental spacecraft Xingzhe-1 is in good flight condition, all systems are operating normally, and relevant test items are being carried out in an orderly manner.”

  Wu Hao looked at the satellite map on the big screen, which showed the flight trajectory of the unmanned experimental spacecraft, which was flying over the Pacific at this moment.

  Through the camera on the exterior of the Xingzher-1 unmanned experimental spacecraft, you can see the earth under the dark night and the bright horizon in the distance.

  In the spacecraft, through the camera on the intelligent unmanned robotic arm, it is cooperating with scientific researchers to carry out related experiments.

  How is the landing field? Wu Hao asked while watching.

  Zhou Xiangming nodded and replied: “Preparations in all aspects of the landing site are already in place, and we will wait until ten o’clock in the morning the day after tomorrow when the spacecraft’s return cabin will return to land.

President Yu (Yu Chengwu) and the manned spacecraft project leader, chief engineer, Guo Yulong, President Guo, have also finished their work on the launch site, and are ready to set off for the Mongolian launch site, waiting for the spacecraft’s return cabin to land, and then picking it back Home now. "

  What is the chance of success? Wu Hao knew that it was a bit unprofessional to ask, but he couldn't help asking.

Hearing his question, Zhou Xiangming hesitated, and then smiled bitterly at Wu Hao and said, "Now no one can say it is bad. Maybe one of the data is wrong, or there is a little failure, which may affect the normal return of the return cabin Landing, landing safely.

  There are too many uncertain factors in this, so we can't guarantee it. If you have to give a chance, I think it is 51%. Half of the success, plus one percent of our efforts. "

  Hehehehe...

   Hearing Zhou Xiangming’s answer, Wu Hao laughed: “I think ninety-nine percent. The only variable is accidents. I have confidence in you.”

  Thank you, Mr. Wu! Zhou Xiangming felt warm in his heart and quickly thanked him.

  Wu Hao waved his hand, then looked at the big screen and asked, “I have tested those items. Have our external smart robot arms been tested?”

At the location of the external service module of this unmanned experimental spacecraft, the technical project team installed an external intelligent robotic arm. Compared with the traditional space robotic arm, this robotic arm is more flexible and lighter and can perform a series of space missions. .

  Includes self-maintenance and inspection of the spacecraft, capture and capture of some objects in space, and so on.

   has been tested and the performance is excellent. Zhou Xiangming said with a smile.

  Wu Hao smiled and nodded when he heard the words, and then raised his voice: "Adjust the picture of the outside camera to the big screen."

Yes! Hearing Wu Hao's words, some technicians immediately began to adjust, and they saw pictures of external cameras from various angles appearing on the big screen in front of them.

  Start the smart robot arm outside the cabin. UU reading www. uukanshu. com

  Following the instructions, the folded out-of-vehicle intelligent robotic arm immediately stretched out lightly and flexibly.

  Wu Hao nodded when he saw it, and then asked Zhou Xiangming: “I remember that we have an exposure experiment device set up outside the cabin. How is it going?”

  In progress. Zhou Xiangming replied with a smile at Wu Hao.

  Enable the front camera of the smart robot arm outside the cabin to see the situation.

Yes!

  As the instruction was issued, there was about a delay interval. I saw the intelligent robot arm outside the cabin began to move its posture, and pointed the front end at several exposed experimental devices on the service cabin.

  Through the front camera of the smart robotic arm outside the cabin, you can clearly see the conditions of these exposed experimental devices.

   Seeing Wu Hao’s unfinished gaze, Zhou Xiangming smiled and said: “This time we mainly tested the reliability of this extra-vehicle intelligent robotic arm and verified the feasibility of related technologies.

  The next unmanned experimental spacecraft, we will also try to use the extra-vehicle intelligent robotic arm to transfer the extra-vehicle experimental device to the cabin, and will also test its other new functions. "

  (End of this chapter)

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