Chinese Space Program:

China’s Tiangong space station burns in atmosphere over Pacific Ocean

More:
http://tass.com/science/997178

Presentation of Chinese modular space station "Tianhe"


On October 23, 2018 at the 5th All-China Scientific Conference on Astronautics, which takes place in the city of Xi'an, a presentation of the new Chinese modular space station Tianhe was held.

When assembled, it should become the third multi-module manned orbital station in the world (after the Mir and the ISS stations), significantly smaller, but generally similar in function to the Soviet third-generation orbital station Mir. The first module of the station is planned to be put into Earth orbit in 2019. Manned spacecraft “Shenzhou”, modules created on the basis of the Tiangong-2 space laboratory, and automatic cargo ships “Tianzhou” weighing 13 tons with a payload of up to 6 tons, created on the basis of the target module “Tiangun” should dock with this orbital station. -one". Completion of construction is scheduled for 2022 with a service life of 10 years. Fully assembled, without taking into account the ships, it will weigh about 60 tons, about 2 times less in mass and size to the Soviet station complex "Mir" (124 tons) and 7 times less than the ISS (417 tons).

In contrast to the one-module visited orbital spacecraft Tyangun-1 and Tyangun-2, the Chinese space station consists of several modules. The initial base module (Hexing Zang) of the modular station has its name - “Tianhe”. It is planned to connect two laboratory modules to it: “Wentian” and “Mentian” so that all three modules form the letter T. The transport manned ship “Shenzhou” and the cargo ship “Tianzhou” will dock with this design. The basic Tianhe module has 5 docking stations, therefore, in the future, this configuration of the modular station can be expanded with additional modules. They decided to make the module with the Xuntian telescope autonomous, but it will have a common orbit with the station. And it will periodically moor to the axial docking station of the docking station for maintenance and replacement of scientific instruments.

The full-size mock-up of the Tianhe modular space station will be demonstrated at the Zhuhai aerospace show.











https://bmpd.livejournal.com/3388813.html

The increase in the number of space launches of China

China's Chang'e-4 spacecraft has landed on the dark side of the moon







https://bmpd.livejournal.com/3482768.html

China to launch four Hainan-1 satellites by the end of the year

By 2022, Sanya Institute of Remote Sensing plans to launch six more satellites of high spectral resolution Sanya-1 and synthetic aperture radar satellites Sansha-1

SANYA, June 1. /TASS/. China intends to launch four remote Earth-observation satellites Hainan-1 by the end of 2019, according to Yang TianLiang, Director of Sanya Institute of Remote Sensing in Hainan under China’s Academy of Sciences.

"At the end of 2019 we will launch four optical Hainan-1 satellites of the first series," the Hainan Daily newspaper reports. "By 2022, our institute plans to launch six more satellites of high spectral resolution Sanya-1 and synthetic aperture radar satellites Sansha-1," Yang said.

After the successful set up of the satellite constellation, spacecraft will provide observation of the earth's surface to ensure safe navigation and domestic fisheries. Moreover, the satellites can be used for conducting search and rescue operations at sea.

Wenchang, one of China’s four cosmodromes, is located on the Island of Hainan. It is the largest, newest and the southernmost of all of them: the spaceport is located only 19 degrees north of the equator which makes it possible to further increase the payload of the missiles. Another spaceport’s advantage is its coastal location and the availability of convenient bays, which also facilitates the delivery of cargo and heavy launch vehicles.

The spaceport has been under construction for 5 years and was finished in 2014. The first launch was conducted on June 25, 2016. In the future Wenchang will be used for China’s space station module launches and for Lunar exploration.


More:
http://tass.com/science/1061253

Well this is interesting...

Russia will give China RD-180 rocket engine in exchange for breakthrough electronics...

Chinese portal Sohu published an article on technological exchange between Russia and China. According to the publication, Beijing will supply to Moscow microelectronics in exchange for the sale of rocket engine RD-180....

Notice how Chinese journalists, China is seeking to connect to comic research, but to develop their own rocket engine of sufficient power, the Chinese developers are not able to. Russia is also interested in microelectronics, the production of which was successfully established in China.

Negotiations on the supply of rocket engines lasted a very long time, and eventually the parties came to a mutually beneficial agreement. Without a doubt, buy the RD-180 will give a serious impetus to the development of China's space industry and imported from the East microelectronics will enable to improve the domestic system GLONASS and to help further the development of defence industry of the Russian Federation.

Special attention was attracted to the RD-180 due to their outstanding characteristics. The mass of this rocket engine is only 5.5 tons and its thrust at vacuum reaches capacity, equivalent to 380 tons. It can be called "technological trump card", which Russia used in relations not only with China but with the United States.

But it's worth noting that the Russian developers have proven their ability to create unique units and no bulk supplies of microelectronics, China. As previously reported, the Western media has been seriously concerned about the Russian unmanned submarine "Poseidon", which can be used as a high-speed nuclear torpedoes.

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Author: Victor Raskolnikov...
Источник: https://politexpert.net/167493-rossiya-peredast-kitayu-rd-180-v-obmen-na-proryvnuyu-elektroniku?utm_source=finobzor.ru

Sounds like a perfect situation... a lot of the micro electronics skills came from western companies building facilities in China and they are clearly able to master them themselves and presumably can take that a step further... their offering 5g network equipment now before the Americans suggest they are not just copying... which is of course perfectly normal for any humans... take an intelligent but ignorant person (not disrespectful in this case, but ignorant of the skills with micro electronics) and teach them up to your level don't be surprised if they leap ahead of you in some areas.

An apple tart did not happen naturally... someone came up with the idea and made one... probably not the best because it was new and not yet perfected, but ahead of everyone else... now if you give that recipes to another chef... even one not as good as you and they might work out a way of making the tarts better or faster or cheaper... the reason they didn't know how to make apple tarts is because they didn't know... show them and the secret is out... Chinese engineers can be just as stupid and just as smart as any other engineers on the planet.

This is good news for Russia and China... I suspect it is rad hardened electronics... and the talk about making Glonass more accurate suggests it is a more accurate and precise timer... which always makes navigation systems more accurate.

The rocket technology is really only useful for space craft and satellite launch as it is a cryogenic fuel engine... not much use for nuclear weapons delivery... I am sure the Americans will complain about it anyway... screw them.

China successfully conducts maiden launch of Long March-5B carrier rocket

The successful rocket launch laid a foundation for creating China’s orbital space station, which is expected to be completed by 2022

Just wondering a few posts above it mentions the Russians are giving China new rocket technology in exchange for what it describes as breakthrough electronics... any other information about those electronics and what is so special about them... what is it going to allow Russia to get better at specifically...

Thanks...

BTW nice rocket launch footage... using TELs is interesting because it means flexibility.... they could fly them in an aircraft and pretty much launch from anywhere they like... they could take them to Cuba and launch them from there... and take advantage of the earths rotation near the equator to boost their orbit height...

GarryB wrote:Just wondering a few posts above it mentions the Russians are giving China new rocket technology in exchange for what it describes as breakthrough electronics... any other information about those electronics and what is so special about them... what is it going to allow Russia to get better at specifically...

China’s latest satellite launch rocket, fired from Hainan Island, failed in its maiden flight. The MBRL rockets & NLOS-BSMs of China make use of fibre-optic gyro-based inertial navigation systems built under licence in China, with the foreign collaborator being Norway’s SENSONOR:

https://www.sensonor.com/

All China-developed standoff PGMs like the FT-series glide-bombs (with the so-called REK kit supplied by China to Pakistan) use such FOG-based INS. But such navigational aids too make use of US-built microchips & hence will come under the ambit of recent US blacklistings.

Maybe this is the reason why Chinese rockets are failing on a regular basis.

The first launch of the new KZ-11 Chinese launch vehicle failed



https://bmpd.livejournal.com/4083842.html

China launches first mission to Mars

China has launched its first Tianwen 1 probe to explore Mars, Xinhua reported. The Changzheng-5 heavy launch vehicle with a spacecraft on board successfully launched at 12:41 (7:41 Moscow time) on July 23, 2020 from the Wenchang cosmodrome in the southern province of Hainan.

The probe is expected to reach Mars in seven months - in February 2021. The space station will stay in Mars orbit for two months, and in April will land a rover on the planet, which will study the surface and search for water.

UPD: The news agency Tass reported that China has recognized the successful launch of its first probe to study Mars' Tyanven-1 ", which was held on Thursday at 12:41 local time (7:41 MSK) from the spaceport Wenchang (Hainan Province, south China ) by means of a heavy launch vehicle CZ-5 ("Changzheng-5"). This is stated in the statement received by TASS from the State Space Administration of the PRC.

"After about 2,167 seconds (about 36 minutes - approx. TASS), the probe successfully entered the specified orbit, which marked the beginning of the first stage of China's exploration of other planets," the message says.

As it says, after about seven months of flight, the probe will approach Mars, after which it will first enter a high elliptical orbit with a complete revolution period of about 10 days. After that, "Tianwen-1" will make maneuvers to go to the polar orbit of Mars, and then again change it to a new intermediate orbit, in which it will make a complete revolution around the planet in two Martian days (24 hours 39 minutes).

In total, before the landing of the descent module in Mars orbit, Tianwen-1 will stay for almost three months. It is expected that after the reentry module enters the atmosphere, it will take about 8 minutes to land on the Utopia Plain. After checking all systems on the surface of the planet, the rover will leave the platform and begin to explore Mars.

"Among the scientific objectives of the mission is the study of the morphology and geological characteristics of the surface, the location of soil and ice, the atmospheric ionosphere and the nature of the environment, physical fields and internal structure," the State Space Administration of the PRC said in a statement.

During the preparation of the mission, China cooperated with the European Space Agency, France, Austria and Argentina.










https://bmpd.livejournal.com/4093983.html

China launches reusable spacecraft

According to the Chinese official news agency Xinhua, on September 4, 2020, an experimental spacecraft was successfully launched from the Jiuquan Cosmodrome in northwestern China using the Changzheng 2F (CZ-2F, Long March 2F) launch vehicle. reusable apparatus.


The launch from the Jiuquan cosmodrome of the Chinese launch vehicle "Changzheng-2F" (CZ-2F, "Long March-2F") with the manned spacecraft "Shenzhou-11", 10/17/2016 (no images of the launch on 09/04/2020 are available) ( c) Xinhua / TASS

The message says that "after spending some time in orbit, the spacecraft will return to its planned landing site in China. During the flight, the device will test reusable technologies and provide technical support for the peaceful use of outer space. This is the 14th rocket flight. - carrier "Changzheng-2F".


From the side of bmpd, note that it is characteristic that no images of the spacecraft and even the launch on September 4 have not yet been published. The China Aerospace Science and Technology Corporation (CASC) has published a launch announcement that completely repeats Xinhua's text.

According to American data, the Chinese reusable vehicle was successfully launched into orbit and received the international designation 2020-063A and the number 46389 in the catalog of space objects. 348 kilometers.

Recall that in October 2017, the CASC corporation reportedon the intention to carry out the first launch of a reusable spacecraft in 2020.

There is no data on the Chinese reusable apparatus, known speculations boil down to the fact that it should be similar to the American X-37B apparatus. According to the characteristics of the launch vehicle, the mass of the apparatus does not exceed 8 tons.



https://bmpd.livejournal.com/4132342.html

China's first reusable Changzheng-8 rocket at Wenchang Cosmodrome

China's new reusable launch vehicle, Changzheng-8, has arrived at the Wenchang Cosmodrome on Hainan Island for ground testing ahead of its test flight, which is scheduled for late December 2020. The launch vehicle was developed by the China Aerospace Science and Technology Corporation (CASC). It is assumed that its first stage is capable of landing on an offshore platform.



https://dambiev.livejournal.com/2123865.html

China successfully launched the Chang'e-5 sample-return vehicle to the Moon

On November 24, 2020, at 4:30 Beijing time, the Chang'e-5 reentry vehicle was successfully launched from the Wenchang cosmodrome on Hainan Island. According to the China Aerospace Science and Technology Corporation (CASC), the launch was carried out using the Changzheng-5 launch vehicle (CZ-5, Long March-5, Long March-5). The statement states that Chang'e 5 will be one of the most difficult and complex space missions ever undertaken by China. "
"In addition, it will be the first mission in the world in the last 40 years to return lunar samples to Earth. The results of the mission will contribute to further research on the evolution of the Moon," the corporation said in a statement. The Chang'e-5 lunar vehicle weighs 8.2 tons and consists of four modules designed to perform tasks on staying in orbit, landing, takeoff and return to Earth.



https://dambiev.livejournal.com/2136580.html

China lands probe on surface of the moon and collects lunar soil

A search group on Mi-171 helicopters produced by the Ulan-Ude Aviation Plant discovered the Chinese lunar vehicle Chang'e-5, which on December 17, 2020 successfully landed in the Inner Mongolia Autonomous Region of the PRC.

Chinese spacecraft 'Tianwen-1' sends new photos from Mars orbit

https://tass.com/science/1262555

China launched into orbit the base module of the future orbital station

The Changzheng 5V heavy launch vehicle on Thursday successfully launched the Tianhe base module of a future Chinese orbital station into low-earth orbit, the China National Space Administration (CNSA) reported. The rocket with the base module of the station was launched from the Wenchang cosmodrome on Hainan Island at 11:25 Beijing time (06:25 Moscow time). Approximately seven minutes later, the Tianhe module was launched into orbit. The launch of the main module (weighing 22.5 tons and a volume of 50 cubic meters) into an orbit with an altitude of 370 km with a control center, a living compartment and an airlock is the first stage in the creation of an orbital station. In total, it will take 11 launches and a little over a year to complete its construction.









https://dambiev.livejournal.com/2305921.html

Is some one failed to notice.

"China lands its Zhurong rover on Mars"

https://www.bbc.com/news/science-environment-57122914

Would have been funny if it went to find the US robots and destroyed them .