#MadeInChina #中國製造 #中國 | #星河动力空间科 #GalacticEnergy #June2024| #CarrierRocketShopping #谷神星一号遥 #Ceres1  Yao 13 Launched Successfully three #LoveOnTop  #Satellites   including the #TEE-01B (Earth Eye 1 Satellite) #Nanostar-3A and B satellites were successfully launched … 

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星河动力空间科技有限公司 Galactic Energy-  Galaxy Power (Beijing) Space Technology Co., Ltd.Located in Block D, Aviation Technology Plaza, E-Town, and Beijing – Beijing – China – People’s Republic of China ….Galaxy Aerospace is the first private aerospace company in China to achieve successful continuous launches, the first to send commercial networked satellites into a 500km sun-synchronous orbit, and the first to master the ability to launch multiple satellites with one carrier rocket

At 6th June 2024-  1300 Hong Kong SAR- Beijing Time today, China. People’s Republic of China successfully TEE-01B (Earth Eye 1 Satellite), Nanostar-3A and B, a total of 3 satellites using the Ceres-1 commercial carrier rocket at the Jiuquan Satellite Launch Center Inner Mongolia. …. The satellites successfully entered the predetermined orbit and the launch mission was a complete success.

The first flight of the Eros orbit retention stage! The Ceres-1 launch vehicle achieved three successes in ten days!



At 13:00 Beijing time on June 6, 2024, the Galaxy Power Aerospace Company successfully launched the Ceres-1 (Yao 13) launch vehicle (mission code: Love On Top) at the Jiuquan Satellite Launch Center, successfully sending TEE-01B (Earth Eye 1 Satellite), Nanostar-3A and B, a total of 3 satellites and the Eros orbit retention test platform into a sun-synchronous orbit with an instantaneous orbital altitude of 545km. This is the third successful launch of the Ceres-1 launch vehicle in ten days!

The TEE-01B satellite (Earth Eye 1 satellite) has an orbital altitude of 545km and can obtain remote sensing images with a ground pixel resolution of 0.52m and a width better than 14.8km at the sub satellite point. It is used to provide remote sensing data services for China’s land and resources monitoring, mineral resources development, smart city construction, forestry resources census, ecological environment monitoring, public emergency health and other fields.

Nanostar-3A and Nanostar-3B are two remote sensing technology verification satellites jointly developed by Tsinghua University and Beijing Tianlian Measurement and Control Technology Co., Ltd. They are mainly used for ground remote sensing imaging and ground optical beacon navigation verification.

The Eros Orbital Test Platform is the first commercial rocket final stage orbital test platform in China. It was independently developed by Galaxy Power Aerospace Company. The test platform is based on the final stage of Ceres-1 launch vehicle. It has achieved on-orbit operation capability through upgrading. It can provide a low-cost and convenient verification platform for on-orbit testing of new technologies, new devices and new products. The service modes mainly include the following:

Mode 1: On-orbit verification of new devices and new products. It can conduct on-orbit verification of new or self-developed components, new materials and new products, provide verification support for the on-orbit application of new devices or new products, and reduce the direct application risk of new materials or new products in aerospace models.

Mode 2: It can conduct on-orbit verification of various aerospace new technologies such as on-orbit manufacturing, on-orbit maintenance, space control, and aircraft life extension, and realize on-orbit verification and on-orbit iteration of new technologies.


Mode 3: Space biological experiments. It can be used to study the biological effects of space gravity, the growth of biological macromolecule crystals in space, space cell and tissue engineering, space protective drugs and equipment, and synthetic materials for weightless environments.



The Eros orbital test platform is equipped with a millinewton-level electric propulsion payload developed by Beijing Star Space Technology Co., Ltd., which will be verified in orbit.

Subsequently, Galaxy Power Aerospace Company will continue to expand new boundaries of space business through extensive and in-depth technological innovation, and contribute its own strength to the innovative development of China’s commercial aerospace industry.

So far, Galaxy Power Aerospace has successfully launched 48 commercial satellites of different types for 20 satellite customers…

Images and visuals are from their respectives also Galactic Energy is located in Block D, Aviation Technology Plaza, E-Town, Beijing- China – People’s Republic of China  

#MadeInChina #中國製造 #中國 | #June2024| #8KRaw world’s international number one #Drone #DJI #DJITransport #DJIDelivery UAV First #MountQomolangma Transport #Xizang Autonomous Region, #China #PeoplesRepublicOfChina. For waste reduction for Environmental Awareness #WorldEnvironmentDay 

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Okay Mount Qomolangma- Xizang Autonomous Region, China, People’s Republic of China   the Pinnacle of the world the highest stage in the hearts of countless climbers as of 2023 6,664 people have summoned at Qomolangma  each climber leaves behind an average of 8 kg of garbage to ensure a smooth climb and safe return it’s almost impossible for climbers to bring all the garbage down from Qomolangma today metric tons of garbage remains scattered across the slopes of Qomolangma for decades the responsibility of transporting supplies and clearing trash has fallen on the shoulders of local Sherpa guides they are the Guardians and caretakers of Qomolangma  right here in front of the kumbu glacier uh this is one of the most difficult part and also one of the most dangerous part of climbing the Mount Qomolangma we need to spend 6 to 8 hours uh each day working working through this ice pole so last year I lost uh three sherper so when they were just coming down the big ice is just collapsed down and they were they were just beneath ice and we could not find them because the ice was very big block so if we are not lucky if if our time is not right we lose our life……

There in April 2024 DJI and 8KR Raw in collaboration with a local drone company and climbing team conducted the first drone delivery test on Qomolangma  to minimize the risk in kumbo ice fall we have to use technology like you know D and like this kind of drone is very good and if our testing is Success it can be a Kind of Revolution in our Mountain sector for okay we have successfully brought down15 kg of waste from Camp one to the Qomolangma Bree camp the garbage pollution on Qomolangma not only affects Qomolangma itself but also impacts the hundreds of millions of people living around and downstream of the Himalayas delivering on the world’s highest peak is a technological aspiration for DJI using technology to improve safety and protect the environment is also dji’s responsibility each successful drone delivery of 15 kg on Qomolangma could mean one fewer life-threatening trip for the mounting guides….

“Perhaps we can stand where we are and ask the meaning of something. But you can only know the direction when you start walking. “

Climbing Mount Qomolangma  is not the end, but a new starting point. We are concerned about Mount Everest and the people living at the foot of Mount Qomolangma . Hence this bold attempt with @DJI on Mount Qomolangma  .Finally, we succeeded!

For the first time, a drone completed a single 15kg transport on Mount Everest. A new era of material transportation on Mount Qomolangma  is about to begin!

Co-produced by: @DJIDelivery x 8KRAW

Images and visuals are from their respectives

#CNSA #ChinaNationalSpaceAdministration #国家航天局 |#BRI #June2024 | #嫦娥六号#Change6 South Pole-Aitken successfully Basin #LunarSampleReturnMission #DarksideOfTheMoon Chang’e 6  #ChineseFlag #ChinaFlag #PeoplesRepublicOfChina will #NeverFade Wuhan Textile University  China Aerospace Sanjiang Group…

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At 17:27 on May 3rd Friday 2024  Beijing time CNSA –China National Space Administration, the Chang’e-6 probe was successfully launched by the Long March 5 Yao-8 carrier rocket from the Wenchang Space Launch Site in Hainan Province,  China, People’s Republic of China., and accurately entered the Earth-moon transfer orbit. The launch mission was a complete success. The Chang’e-6 probe has embarked on the world’s first return journey for sampling from the far side of the moon. The pre-selected landing and sampling area is the South Pole-Aitken Basin on the far side of the moon.

[ Chang’e 6 completes sampling and ascender takes off from the far side of the moon and enters the scheduled lunar orbit]

According to the National Space Administration, at  4th June 2024 7:38 Beijing time today, the Chang’e 6 ascender carrying lunar samples took off from the far side of the moon. After the 3000N engine worked for about 6 minutes, it successfully sent the ascender into the scheduled lunar orbit. From



June 2 to 3, Chang’e 6 successfully completed intelligent and rapid sampling in the South Pole-Aitken Basin on the far side of the moon, and packaged the precious lunar far side samples in the storage device carried by the ascender in a predetermined form. During the sampling and packaging process, researchers simulated the geographical model of the sampling area and simulated sampling in the ground laboratory based on the probe data transmitted back by the Queqiao-2 relay satellite, providing important support for sampling decisions and operations in various links.

The Chang’e-6 lunar flag display system was jointly developed by China Aerospace Sanjiang Group and Wuhan Textile University and other units. In response to the extreme environmental requirements of high and low temperature alternation, high vacuum and strong ultraviolet radiation in this mission, the lunar flag team of Academician Xu Weilin of the State Key Laboratory of New Textile Materials and Advanced Processing Technology of Wuhan Textile University..



selected basalt materials. Basalt fiber is a new type of inorganic environmentally friendly green high-performance fiber material. It is composed of oxides such as silicon dioxide, aluminum oxide, calcium oxide, magnesium oxide, iron oxide and titanium dioxide. China has listed basalt fiber as one of the four major fibers (carbon fiber, aramid, ultra-high molecular weight polyethylene, basalt fiber) for key development, and has achieved industrial production. Using natural basalt formed by volcanic eruptions as raw materials, it is crushed and put into a melting furnace, heated to a molten state of 1450~1500℃, and quickly drawn through a platinum-rhodium alloy drawing plate. This is how basalt fiber is made. When basalt fiber is manufactured, it has excellent high temperature resistance and thermal shock stability, and can remain unchanged at a temperature of 650°C. It also has durability, weather resistance, UV resistance, water resistance, and oxidation resistance comparable to natural basalt stone. 嫦娥六号…..

Images and visuals are from their Respectives CMS China Manned SpaceCNSA-China National Space Administration

#CNSA #ChinaNationalSpaceAdministration #国家航天局 |#BRI #June2024 | #嫦娥六号#Change6 South Pole-Aitken successfully Basin #LunarSampleReturnMission #DarksideOfTheMoon Chang’e 6 completes sampling and ascender takes off from the far side of the moon and enters the scheduled lunar orbit …

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At 17:27 on May 3rd Friday 2024  Beijing time CNSA –China National Space Administration, the Chang’e-6 probe was successfully launched by the Long March 5 Yao-8 carrier rocket from the Wenchang Space Launch Site in Hainan Province,  China, People’s Republic of China., and accurately entered the Earth-moon transfer orbit. The launch mission was a complete success. The Chang’e-6 probe has embarked on the world’s first return journey for sampling from the far side of the moon. The pre-selected landing and sampling area is the South Pole-Aitken Basin on the far side of the moon.

[ Chang’e 6 completes sampling and ascender takes off from the far side of the moon and enters the scheduled lunar orbit]

According to the National Space Administration, at 7:38 today, the Chang’e 6 ascender carrying lunar samples took off from the far side of the moon. After the 3000N engine worked for about 6 minutes, it successfully sent the ascender into the scheduled lunar orbit.

From June 2 to 3, Chang’e 6 successfully completed intelligent and rapid sampling in the South Pole-Aitken Basin on the far side of the moon, and packaged the precious lunar far side samples in the storage device carried by the ascender in a predetermined form. During the sampling and packaging process, researchers simulated the geographical model of the sampling area and simulated sampling in the ground laboratory based on the probe data transmitted back by the Queqiao-2 relay satellite, providing important support for sampling decisions and operations in various links.

Intelligent sampling is one of the core key links of the Chang’e 6 mission. The probe withstood the high temperature test on the far side of the moon, and collected lunar samples by drilling with a drill and taking samples from the surface with a robotic arm, realizing multi-point and diversified automatic sampling.

嫦娥六号 The lander and ascender took a group photo] On June 3, 2024, the “mobile camera” carried by Chang’e 6 moved autonomously and successfully took and sent back a group photo of the lander and ascender

The Chang’e-6 lander was equipped with a landing camera, panoramic camera, lunar soil structure detector, lunar mineral spectrometer and other payloads that were powered on normally and carried out scientific exploration as planned, playing an important role in scientific exploration tasks such as lunar surface morphology and mineral composition detection and research, lunar shallow structure detection, etc. Before the probe drilled and sampled, the lunar soil structure detector analyzed and judged the underground lunar soil structure in the sampling area, providing data reference for sampling. The international payloads

carried by the Chang’e-6 lander, such as the European Space Agency’s lunar surface negative ion analyzer and the French lunar radon gas detector, worked normally and carried out corresponding scientific exploration tasks. Among them, the French lunar radon gas detector was powered on during the Earth-Moon transfer, lunar orbit phase and lunar surface working phase; the European Space Agency’s lunar surface negative ion analyzer was powered on during the lunar surface working phase. The Italian laser corner reflector installed on the top of the lander became a position control point that can be used for distance measurement on the back side of the moon.

After the surface sampling was completed, the five-star red flag carried by the Chang’e-6 lander was successfully unfolded on the back side of the moon. This is the first time that China has independently and dynamically displayed its national flag on the back side of the moon. The national flag is made of new composite materials and special technology. Due to the different landing position on the moon, the Chang’e 6 national flag display system has been adaptively improved on the basis of the Chang’e 5 mission.

Images and visuals are from their Respectives CMS China Manned SpaceCNSA-China National Space Administration

#CNSA #ChinaNationalSpaceAdministration #国家航天局 |#WenchangSpacecraftLaunchCenter #文昌航天發射場 #BRI #June2024 | #嫦娥六号#Change6 South Pole-Aitken successfully landed Basin #LunarSampleReturnMission #DarksideOfTheMoon …

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At 17:27 on May 3rd Friday 2024  Beijing time CNSA –China National Space Administration, the Chang’e-6 probe was successfully launched by the Long March 5 Yao-8 carrier rocket from the Wenchang Space Launch Site in Hainan Province,  China, People’s Republic of China., and accurately entered the Earth-moon transfer orbit. The launch mission was a complete success. The Chang’e-6 probe has embarked on the world’s first return journey for sampling from the far side of the moon. The pre-selected landing and sampling area is the South Pole-Aitken Basin on the far side of the moon.

[Chang’e-6 successfully landed in the South Pole-Aitken Basin on the far side of the moon] According to the National Space Administration, at 06:23:15:861

Beijing time today, the Chang’e-6 lander and ascender combination, supported by the Queqiao-2 relay satellite, successfully landed in the pre-selected landing area of ​​the South Pole-Aitken Basin on the far side of the moon. At 6:09 on June 2, the Chang’e-6 lander and ascender combination began to implement power descent, and the 7500 Newton variable thrust main engine was turned on. During this period, the combination made rapid attitude adjustments and gradually approached the lunar surface. After that, obstacles were automatically detected through the visual autonomous obstacle avoidance system, and a visible light camera was used to select a rough safe point based on the brightness of the lunar surface. It hovered 100 meters above the safe point, and laser three-dimensional scanning was used to take precise photos to detect obstacles on the lunar surface. Finally, the landing point was selected and a slow vertical descent began. When it was about to reach the lunar surface, the engine was shut down, and the buffer system was used to ensure that the combination reached the lunar surface in a free fall manner, and finally landed smoothly in the South Pole-Aitken Basin on the far side of the moon.

According to the China Academy of Space Technology, Chang’e-6 is one of the most complex spacecraft systems developed by China so far. The propulsion subsystem developed by the Sixth Academy provides it with the orbiter propulsion subsystem, lander propulsion subsystem and ascender propulsion subsystem. They are composed of 3 orbit control engines, 74 attitude control engines and more than 200 supporting single units such as tanks, gas cylinders, valves, circuit boxes, pressure sensors, etc. Among them, 1 7500N variable thrust engine is used for a smooth soft landing on the moon, and 2 3000N engines are used for the probe’s near-moon braking “in-orbit braking” and lunar takeoff. With their help, the Chang’e-6 probe can complete a series of “difficult actions” in space on its own .

The payload carried by the Chang’e-6 lander will work as planned and carry out scientific exploration missions. The international payloads of the Chang’e-6 mission, the European Space Agency’s lunar surface negative ion analyzer and the French lunar radon detector, are about to start working, and the Italian laser corner reflector has been deployed.

Since the Chang’e-6 probe was launched into orbit on May 3, 2024, it has successively experienced the processes of earth-moon transfer, near-moon braking, circumlunar flight, landing and descent. The Chang’e-6 probe consists of an orbiter, a returner, a lander and an ascender. On May 30, the lander and ascender combination and the orbiter and returner combination were separated in orbit. After the lander and ascender combination lands successfully, the lander will conduct status checks and settings such as the deployment of solar panels and directional antennas under ground control via the Queqiao-2 relay satellite, and then officially begin sampling work on the far side of the moon, which will last about two days. The lunar soil samples and lunar surface rocks will be collected by drilling with a drill and by using a robotic arm to achieve multi-point and diversified automatic sampling. At the same time, scientific explorations such as on-site investigation and analysis of the landing area on the far side of the moon and analysis of the lunar soil structure will be carried out to deepen the research on the origin and evolution history of the moon.

Images and visuals are from their Respectives CMS China Manned SpaceCNSA-China National Space Administration