China Space Military：Recon, Satcom, Navi, ASAT/BMD, Orbital Vehicle, SLV, etc.
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The outer shell is ablative heat shield, it's supposed to look like shit after re-entry, especially a high speed one. It is detachable so the spacecraft itself is re-usable.
Han Patriot
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Hmm looks like a spaceplane.
JSCh
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China Focus: China tests 3D printing in space for first time
Source: Xinhua| 2020-05-09 17:12:32|Editor: huaxia
The space 3D printing system in a ground test (Photo provided to Xinhua)
China's first in-orbit 3D printing test has realized space 3D printing of continuous carbon fiber reinforced polymer composites for the first time in the world.
BEIJING, May 9 (Xinhua) -- A "space 3D printer" developed independently by China and two samples it printed in orbit successfully returned to Earth Friday, according to the China Academy of Space Technology (CAST).
They came back in the return capsule of China's new-generation manned spaceship for testing, which was launched from the Wenchang Space Launch Center in southern China's island province of Hainan on Tuesday and touched down at the Dongfeng landing site in northern China's Inner Mongolia Autonomous Region on Friday.
The space 3D printing system in a ground test (Photo provided to Xinhua)
It is China's first in-orbit 3D printing test, which has realized space 3D printing of continuous carbon fiber reinforced polymer composites for the first time in the world.
Developed by a research institute of the CAST, the 3D printing system completed the scheduled tasks in orbit at 1:58 a.m. on Thursday. The images transmitted by the experimental spaceship showed that the two samples were printed successfully and could be distinguished clearly.
A sample printed in orbit (Photo provided to Xinhua)
A sample printed in orbit (Photo provided to Xinhua)
Researchers will further check the performance of the returned printer and printed samples and give a comprehensive evaluation.
Carbon fiber has been widely applied in aerospace as a lightweight and high-strength material. Continuous carbon fiber is of great significance in improving the performance of composite materials.
The two samples in the test are both printed out of continuous carbon fiber filament materials, which will lay an important technical foundation for the application of 3D printing of composite materials in the future.
The printing system has also realized the automatic control of the whole process, according to the CAST.
The previous 3D printing experiments in microgravity all involved people, who could intervene when errors occurred in either activating, heating up the equipment or printing. This time, the system has completed all the scheduled tasks unattended, providing an important technical reference for the follow-up space 3D printing tasks in its structure, motion control, lighting and camera monitoring, the CAST said.
The system has also been tested more comprehensively than previous ones, as the new spaceship could provide a relatively longer microgravity environment after entering orbit.
Previous experiments were mostly conducted in weightless flights. A weightless flight usually includes dozens of parabolic maneuvers, each creating only about 20 seconds of microgravity.
This test can not only examine the material forming process, but also test the reliability, movement accuracy and material quality of the printing system, the CAST said.
The returned samples can directly show the influence of microgravity on materials, structural mechanism, movement control and shape forming, with the experience more suitable to be applied in extra-vehicular activities and in-orbit construction of large structures, it said.
The CubeSat deployer based on the metal 3D printing technology in a ground test (Photo provided to Xinhua)
The experimental spaceship also carried a CubeSat deployer based on the metal 3D printing technology.
A deployer connects a CubeSat, a type of miniaturized satellite, and its transport vehicle. Whether a deployer can reduce vibration in launching, release a CubeSat and transmit the separation signal accurately is the key to a successful CubeSat launch.
The in-orbit flight has helped test the structural strength, material performance and space environment adaptability of the 3D printed deployer, which is developed by Beijing CoSats Space Technology Co., Ltd., a commercial aerospace company.
"The 3D printed deployer is half the weight of a traditionally manufactured one, and the production cycle is shortened from the past few months to one week. The 3D printing technology will have a more and more attractive prospect in aerospace applications," said Bai Ruixue, COO of CoSats.
Source: Xinhua| 2020-05-09 17:12:32|Editor: huaxia
China's first in-orbit 3D printing test has realized space 3D printing of continuous carbon fiber reinforced polymer composites for the first time in the world.
BEIJING, May 9 (Xinhua) -- A "space 3D printer" developed independently by China and two samples it printed in orbit successfully returned to Earth Friday, according to the China Academy of Space Technology (CAST).
They came back in the return capsule of China's new-generation manned spaceship for testing, which was launched from the Wenchang Space Launch Center in southern China's island province of Hainan on Tuesday and touched down at the Dongfeng landing site in northern China's Inner Mongolia Autonomous Region on Friday.
It is China's first in-orbit 3D printing test, which has realized space 3D printing of continuous carbon fiber reinforced polymer composites for the first time in the world.
Developed by a research institute of the CAST, the 3D printing system completed the scheduled tasks in orbit at 1:58 a.m. on Thursday. The images transmitted by the experimental spaceship showed that the two samples were printed successfully and could be distinguished clearly.
Researchers will further check the performance of the returned printer and printed samples and give a comprehensive evaluation.
Carbon fiber has been widely applied in aerospace as a lightweight and high-strength material. Continuous carbon fiber is of great significance in improving the performance of composite materials.
The two samples in the test are both printed out of continuous carbon fiber filament materials, which will lay an important technical foundation for the application of 3D printing of composite materials in the future.
The printing system has also realized the automatic control of the whole process, according to the CAST.
The previous 3D printing experiments in microgravity all involved people, who could intervene when errors occurred in either activating, heating up the equipment or printing. This time, the system has completed all the scheduled tasks unattended, providing an important technical reference for the follow-up space 3D printing tasks in its structure, motion control, lighting and camera monitoring, the CAST said.
The system has also been tested more comprehensively than previous ones, as the new spaceship could provide a relatively longer microgravity environment after entering orbit.
Previous experiments were mostly conducted in weightless flights. A weightless flight usually includes dozens of parabolic maneuvers, each creating only about 20 seconds of microgravity.
This test can not only examine the material forming process, but also test the reliability, movement accuracy and material quality of the printing system, the CAST said.
The returned samples can directly show the influence of microgravity on materials, structural mechanism, movement control and shape forming, with the experience more suitable to be applied in extra-vehicular activities and in-orbit construction of large structures, it said.
The experimental spaceship also carried a CubeSat deployer based on the metal 3D printing technology.
A deployer connects a CubeSat, a type of miniaturized satellite, and its transport vehicle. Whether a deployer can reduce vibration in launching, release a CubeSat and transmit the separation signal accurately is the key to a successful CubeSat launch.
The in-orbit flight has helped test the structural strength, material performance and space environment adaptability of the 3D printed deployer, which is developed by Beijing CoSats Space Technology Co., Ltd., a commercial aerospace company.
"The 3D printed deployer is half the weight of a traditionally manufactured one, and the production cycle is shortened from the past few months to one week. The 3D printing technology will have a more and more attractive prospect in aerospace applications," said Bai Ruixue, COO of CoSats.
JSCh
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China's new ocean-monitoring satellite passes factory tests
Source: Xinhua| 2020-05-09 17:33:22|Editor: huaxia
File photo shows that a Long March-2C rocket carrying the HY-1C satellite took off from the Taiyuan Satellite Launch Center in north China's Shanxi Province, Sept. 7, 2018. (Xinhua/Zheng Taotao)
BEIJING, May 9 (Xinhua) -- China's new ocean-monitoring satellite HY-1D has passed factory tests, paving way for its launch at a suitable time, the Ministry of National Resources said Saturday.
It is the country's fourth satellite for monitoring ocean color and an operational satellite for China's civil space infrastructure system, according to the National Satellite Ocean Application Center under the ministry.
Satellite HY-1C, launched in 2018, and HY-1D will form China's first civil-use satellite constellation for ocean monitoring to increase its global observation coverage, said a source of the center.
Once in orbit, it will provide data on ocean color and water temperature for the resource and environment surveys in China's offshore waters, islands and coastal areas.
The data may also be used to facilitate marine disaster prevention and mitigation, sustainable utilization of marine resources, marine ecological early warning and environmental protection, the center source said.
Source: Xinhua| 2020-05-09 17:33:22|Editor: huaxia
BEIJING, May 9 (Xinhua) -- China's new ocean-monitoring satellite HY-1D has passed factory tests, paving way for its launch at a suitable time, the Ministry of National Resources said Saturday.
It is the country's fourth satellite for monitoring ocean color and an operational satellite for China's civil space infrastructure system, according to the National Satellite Ocean Application Center under the ministry.
Satellite HY-1C, launched in 2018, and HY-1D will form China's first civil-use satellite constellation for ocean monitoring to increase its global observation coverage, said a source of the center.
Once in orbit, it will provide data on ocean color and water temperature for the resource and environment surveys in China's offshore waters, islands and coastal areas.
The data may also be used to facilitate marine disaster prevention and mitigation, sustainable utilization of marine resources, marine ecological early warning and environmental protection, the center source said.
Aspen
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Incredible video, congrats to China
laser911
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Got some news said it is going to launch end of this month or June.
TOTUU
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Han Patriot
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Now i understand why this new spaceship is so important, the basis for moonlandings depend on it. They definitely have another version for moon landing. It's going the Orion way.
samsara
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面对面 | 专访张柏楠: 新一代载人飞船试验船背后的故事
https://v.qq.com/x/page/q0964fp951c.html
Face to face interview with Zhang Bonan: the story behind the new generation of manned spacecraft test ship
JSCh
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Machine Translate:中国航天科工
17分钟前 来自 360安全浏览器
#行云二号01/02星发射成功#【 “快舟”火箭发射“行云”双星圆满成功！天基物联网星座来了！】2020年5月12日9时16分，在酒泉卫星发射中心，冠名为“快舟·传祺GS4号”的快舟一号甲运载火箭以“一箭双星”方式，将“行云二号”01星（命名为武汉号）和“行云二号”02星两颗卫星送入预定轨道，发射任务取得圆满成功。
“行云二号”01星、02星的成功发射，标志着中国航天科工集团有限公司“五云一车”系列商业航天工程取得又一重大进展，作为中国航天科工天基物联网星座的首发星——“行云二号”正式展开在轨技术验证和应用测试。
本次发射的快舟火箭箭体涂刷了“致敬医护工作者群像”，以航天人特有的方式，致敬最美逆行者，致敬白衣天使！（视频：朱枫）@快舟火箭首席科学家助理 @国资小新 @我们的太空 @微博政务 @微博航空航天 @头条新闻 L中国航天科工的微博视频
China Aerospace Science and Industry
16 minutes ago
# 行 云 二号 01/02 星 Launch successful # 【Kuaizhou rocket launch "Xingyun" double star was a complete success! The space-based IoT constellation is here! 】 At 9:16 on May 12, 2020, at the Jiuquan Satellite Launch Center, the Kuaizhou 1A launch vehicle, titled "Kuaizhou · Chuanqi GS4", used the "One Arrow, Two Stars" approach to launch the two satellites, "Xingyun-2" 01 (named Wuhan) and "Xingyun-2" 02, were put into a predetermined orbit, and the launch mission was a complete success.
The successful launch of the "Xingyun 2" 01 and 02 satellites marked another major progress in the China Aerospace Science and Industry Corporation's "Five Clouds and One Vehicle" series of commercial aerospace projects, as first satellite of CASIC space-based IoT constellation, "Xingyun No. 2" officially started the on-orbit technical verification and application testing mission.
The body of the Kuaizhou rocket launched this time was painted with "Salute to the Medical Workers Group Portrait", in a unique way by the aerospace industry to pay tribute to the most beautiful "retrogrades" and to the angel in white! (Video: Zhu Feng)
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