As of this year of 2021, TheCNSA –China National Space Administration, the international iconic Chang Zheng – Long March Carrier Rocket series rockets are expected to complete the 400th launch this year 2021 launch calendar . Deng Hongbing, deputy general manager of the Aerospace Science and Technology Group, revealed in Beijing on August 31st Tuesday 2021 that since the successful launch of the Long March 1 carrier rocket, the Long March series rockets have completed 386 launches and are expected to complete their first launch this year.
400 launches before the end of the year, the Aerospace Science and Technology Group’s aerospace launch missions are still very heavy, especially in the area of manned spaceflight. The space station construction continues to advance, and there are two important launch missions of Tianzhou-3 and Shenzhou-13. Up to now, the group has completed 29 aerospace launch missions this year, all of which have been successful. It took 37 years, more than 7 years, and more than 4 years for the Long March rocket to achieve the first three 100 launches. The fourth 100th launch is expected to take more than 2 years to complete. The Long March Rockets will reach a new level with a faster speed. In addition, the new generation of manned launch vehicles, heavy launch vehicles and other 10-type launch vehicle models, high-scoring and remote sensing satellites, and China’s first solar exploration satellite planned to be launched this year will also be unveiled at the air show
Images and visuals are from CNSA- China National Space Administration also from there respectives…!
Illustrating poster Designer 魏一凡 Wei Yifan creating Successfully Memorable moments ofCNSA – China National Space Administration – China’s People’s Republic of China’s collaborative Space programme in which over the last half century more with that first flight of the long lines of series carrier rockets from the Long March –Chang Zheng One with the Dongfeng shinny round hexagonal ball communications Satellite .. To more now self -learning hardworking innovatively on various innovatively from towards the Far side of the moon with the CNSA –CLEP China Lunar Exploration program on the moon lunar surface, towards the most world’s number one advance navigation BeiDou Constellation system towards first time landing on the rustic red planet Mars on Utopia Planitia.. Now it’s the construction of the Belt and Road Initiative CSS China Space Station for international partnership with furthering more international collaboration for more extremely challenging deep space missions manned and unmanned ..
[Romance is carved in the bones! 我们正把古人的传说一一 implementation】Shenzhou patrols the sky, harmony between heaven and earth, Zhu Rongluohuo, Chang’e flying to the moon, not reconciled to the mythology only exists in the yellowed scrolls, Chinese astronauts in the Geng Geng Xinghe will Chinese civilization The poems and the distance are fascinating. The poetic and pictorial meaning of the spaceman is to turn the myth into reality and continue to move forward and continue to climb. Come on, Chinese astronauts! (Poster design: Wei Yifan) 神舟十二号天地通信
Images and visuals are from Weibo and their respectives..
On the 3rd June 2021 in early morning CNSA _China National Space Administration -China – People’s Republic of China At 0017 Hong Kong –Beijing Time on pasting midnight early morning …. China- People’s Republic of China successfully launched the advance Earth Sciences successful launch of Fengyun 4B] At 0:17 on June 3, amid the huge roar of the Xichang Satellite Launch Center, the Long March 3B- Chang Zheng 3B carrier rocket pierced the night sky and sent the Fengyun 4B star into its intended orbit. The launch was a complete success .from the Xichang Satellite Launch Center Sichuan Province …. This launch is the 119th launch of the Long March series of rockets and the 372nd launch of the Long March series of carrier rockets.
The Fengyun-4B star was developed by the Eighth Academy of Aerospace Science and Technology Group. It has a launch weight of 5400 kg and a design life of 7 years. It is mainly used in my country’s weather analysis and forecasting, environment and disaster monitoring and other fields. The 4A satellite jointly realizes the operation of the dual-satellite networking service of my country’s new generation of geostationary orbit satellites.
“The main characteristics of a geostationary meteorological satellite are reflected in two aspects. The first is to use the advantages of stationary gaze, and the second is to have a very flexible observation mode.” Said Chen Xiaojie, deputy director of the General Office of Meteorology and Environment, 509 Institute of Aerospace Science and Technology Group. The Fengyun-4A satellite is my country’s first second-generation geostationary meteorological satellite, which is a scientific experimental satellite. The FY-4B satellite is the second satellite in the FY-4 series and the first operational satellite in the series. Based on the FY-4A star, the FY-4B star’s ability to observe this aspect flexibly has been greatly improved.
“The design life of the Fengyun-4 A star is 7 years, and the assessment life is 5 years. The assessment life will expire at the end of this year, but from the current overall situation, the star is expected to continue to work normally for 7 years or more, and the B star will go up. Later, it will form a situation of double star observation in orbit with Star A.” said Chen Qiang, the overall chief designer of Fengyun 4 B Star. According to reports, in the earliest period, the Fengyun 2 can achieve one picture per hour, and then gradually realize one picture for half an hour. When the Fengyun 4A satellite is reached, the image of the entire China area can be updated every 5 minutes. Now with two satellites, you can see two pictures in 5 minutes. “The weather forecast process is very complicated and involves many factors. Satellites play a major role in providing data. The FY-4 A and B satellite networks will generate more, more accurate, and faster updated data. It will help improve the accuracy of forecasting.” said Dong Yaohai, chief designer of Fengyun 4 B satellite.
【FY-4B Star】FY-4B is the second satellite in the FY-4 series. It has a launch weight of 5400 kg and a design life of 7 years. It is also the first operational satellite of the series. After entering orbit, it can realize imaging of a million square kilometers area 3-4 times per minute, and the visible light resolution is the highest among the current global stationary meteorological satellites, reaching 250 meters, which is double that of the A satellite; it will be more flexible to achieve with the A satellite The double-satellite network observation of China has brought a leap in the ability of high-frequency weather observation. . During the “14th Five-Year Plan” period, my country will also launch two Fengyun-4 series meteorological satellites. Referencing from the Eighth Academy of Aerospace Science and Technology…
During the Fengyun 4 B satellite launch mission, the Long March 3 B to 3 Yao 72 launch vehicle completed 17 technologies in terms of engine and utilization control machine. The state improvement makes the quality of the engine more stable and reliable, and at the same time the use of the control machine is improved and optimized to continuously improve the reliability and safety of the product. “Using the control machine is mainly used to adjust the propellant mixture ratio of the rocket’s three-stage engine to achieve the same proportional consumption of the two propellants, which can effectively guarantee the carrying capacity. We can further improve the system by optimizing the design of the relay using the control machine. Reliability of work.” Zhang Tao said. In terms of quality management, the Changsan B Rocket Launch Team has implemented an electronic, full-process launch site quality verification system for the first time, linking the refinement of quality control with the verification system, and improving the efficiency of quality management.
On the 7th May 2021 in early morning CNSA _China National Space Administration -China – People’s Republic of China At 0211 Hong Kong –Beijing Time on an early morning past midnight…. China successfully launched the advance Earth Sciences – Remote sensing Communications Apocalypse Satellites using the Long March 2C Chang Zheng 2C carrier rocket at the Xichang Satellite Launch Center Sichuan Province Lift off. The satellite successfully entered the scheduled orbit, the mission was a complete success, and China’s space launch has a good start in 2021 in with the recent launch of the Long March –Chang Zheng 5 at Wenchang Spacecraft Launch Center in Hainan Province delivery of the first module of the Belt and road initiative CSS –China Space Station ..
the Long March 2C carrier rocket at the Xichang Satellite Launch Center Launched into the air, the satellite enters a predetermined orbit. Remote Sensing 30th Group 08 satellites adopt a multi-satellite networking mode, which is mainly used to carry out electromagnetic environment detection and related technical tests…….The mission also launched 12 satellites in the constellation of Apocalypse. The 12 stars of the Apocalypse Constellation are a component of the Apocalypse Internet of Things constellation and are mainly used to provide data collection and transmission services… this Launch marks the first launch after the spring festival in which the satellites in the deployed satellites from the launch mission was a complete success, the number of satellites in orbit increased to 24, and the network performance was further improved in which they were design manufactured by the Institute of Microsatellite Innovation, Chinese Academy of Sciences…
This year, the Chang-2C rocket is expected to perform 7 more launch missions, which is also the year with the largest number of launches in the history of the Chang-2C rocket. In the follow-up launch missions this year, the Chang-2C rocket will also adopt a new configuration and increase its carrying capacity.
In order to cope with the situation of high-density launch of models, the Chang-2 C rocket team, under the leadership of the model two chiefs, carried out powerful measures such as launch site process optimization, personnel overall planning, and advance planning of ground equipment turnover. Effective shortening is expected to be implemented in 10 groups of remote sensing 30 satellites.
One interesting modification to the advance Long March –Chang Zheng 2C is the introduced that in this mission, the rocket fairing is equipped with an altimeter combination to measure the height change and partial attitude information during the separation of the fairing and re-entry into the atmosphere. The “parachute-based fairing debris landing zone control technology” research provides a reference for the design and improvement of subsequent rocket landing zone control schemes.
As of 7th April 2021, The CNSA –China National Space Administration Belt and Road Initiative Lunar Mission……Chang’e-4 successfully awakened completed the 29th day At the time when China Land Spring and Jingming, on the far side of the moon, sunlight again spread on the Chang’e 4 lander and the “Yutu 2” lunar rover, which were at 21:43 and 3 o’clock on April 6th. 54 minutes to end the moon night dormancy, awakened autonomously by light, and entered the 29th month day work period. Up to now, Chang’e-4 has spent 825 Earth days on the back of the moon.
As shown in Figure 1, the patrol is currently located at LE02805, which is located in the northwest direction of the landing site of Chang’e 4, which is about 455 meters straight from the landing point, and the travel path of the patrol is about 682.8 meters. Based on the LE02805 point panoramic camera stitched image, DOM image and other data, the lunar rover will continue to move towards the basalt distribution area (about 1.2km from the current patrol device, located at 177.5389° east longitude, near 45.4119° south latitude) during the 29th day of the month. The location is located northwest of the current detection point. Related scientific results will be released in time.
Work planned for this month:
(1) The panoramic camera carries out ring shooting detection;
(2) Infrared imaging spectrometer to carry out calibration and scientific detection;
(3) Neutral Atomic Sounder (ASAN) to carry out scientific detection;
(4) The moon-measuring radar conducts simultaneous detection of the path area during driving.
Previously ….As of 22th March 2021 Monday, The CNSA –China National Space Administration Belt and Road Initiative Lunar Mission……Chang’e-4 successfully awakened completed the 28th day of the work period after the Chinese Lunar New Year – year of the OX got back to work Chang’e 4 completed the 28th day of work……. The Chang’e 4 lander and the “Yutu 2” lunar rover finished their 28th day of work at 2 o’clock on March 21 and at 17:09 Hong Kong – Beijing Time on March 20, and entered the moon night Hibernate. Up to now, the Chang’e 4 lander and the “Yutu-2” lunar rover have survived 808 Earth days on the moon. The lunar rover travelled about 30 meters during the day and the accumulated mileage was 682.77 meters…
