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Tiangong-1 launch betrays China's earthly ambitions

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By Professor Michael Sheehan
Swansea University

China has always seen its space programme as a crucial element of its status as a great power
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The successful launch of the Tiangong-1 space station by China is an event of huge geopolitical significance, just as the orbiting of China's first astronaut was in 2003.

It can be argued that China's achievements, though impressive, only demonstrate how far China lags behind Russia and the US.

Russia after all launched its first cosmonaut in 1961 and its first space station in 1971. The US achieved these landmarks in 1961 and 1973, and, at just over eight tonnes, Tiangong-1 is smaller than the American Skylab station launched in 1973.

But to focus on the 40-year gap is to ignore what lies behind China's space programme, and the Chinese governments' determination to achieve a series of dramatic space objectives that will confirm the country's status as a new superpower.

The space programme also offers clues to the thinking behind China's long-term foreign policy goals and its strategic logic.

Reaching for the stars
Tiangong forms just one part of a much broader Chinese space exploration programme.

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Chinese acquisition of new technologies is not just for their intrinsic value, but because the leadership see them as symbols that distinguish great powers from their competitors ”

In 2007 China put the Chang-e 1 satellite into orbit around the Moon. It surveyed the Moon for two years before being deliberately crashed into the lunar surface in March 2009 as part of China's research into developing a robotic craft to return lunar samples, a mission likely to take place around 2014.

In 2017 China is due to land a lunar rover and there are longer term plans for a manned lunar base. In 2013 Yinghuo-1, a joint Chinese-Russian robot probe to Mars, will be launched.

The manned space programme is crucial to achieving China's long-term political goals.

The successful orbiting of a "taikonaut" (Chinese astronaut) in 2003 was a dramatic assertion of China's rise. China became only the third country in history to orbit one of its own astronauts using a domestic launch technology.

China plans to orbit its own 60-tonne space station by 2020 and the purpose of the series of smaller Tiangong stations is to develop expertise in docking manoeuvres and longer term human spaceflight.

The Tiangong-1 is an essential step toward the goal of building a space station.

Going it alone
China is the only country currently building a space station by itself, and with a clear plan to land humans on the moon.

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Satellites and Launchers

China is now launching satellites more frequently than the US
It is rapidly completing the BeiDou 2 satellite system, to provide high-accuracy positioning services for users in China
Complete BeiDou 2 constellation will be made up of 35 satellites with five in geostationary orbit
China has launched 11 remote-sensing satellites (eg gathering visual data from space) since 2006
It has a family of highly reliable Long March launchers and three operational launch sites
In 2007 a ballistic missile launched from a mobile launcher intercepted and destroyed an ageing Chinese weather satellite
The US, Russia, Japan, Canada and Europe are collaborating on the International Space Station, partly in order to share costs. China's determination to put its own space station into orbit has only been strengthened by the US's vetoing of its repeated attempts to join the ISS.

China is in the same situation as the US in the 1960s, where the space programme plays a central role in achieving national political and technological goals.

It wants its space successes to reflect China's ambitions, rather than being shared with other states.

And President Obama's decision last year to reverse the Bush administration's decision to resume manned lunar expeditions has left China as the only country committed to achieving this goal in the medium term - it is likely to achieve the goal soon after 2020.

It will do this thanks to fruitful collaboration with the Russian and European space industries - the Chinese capsule is almost identical to the Russian Soyuz - and despite US restrictions on transferring space technology to China.

Statement of intent
The Tiangong station will see a number of rendezvous missions in the next two years. The unmanned Shenzhou-8 spacecraft will aim to achieve China's first space docking with the Tiangong-1 station, with docking manoeuvres controlled from the ground.


China was only the third country in history to astronauts into space using its own technology
In 2012 Shenzhou-9 and Shenzhou-10 - the two other spaceships scheduled to dock with Tiangong-1 - are set to carry crews of two or three to the Tiangong space laboratory. These may include China's first female astronauts.

The true significance of Tiangong-1 is that it is a statement of China's intent to achieve superpower status.

Chinese acquisition of new technologies such as aircraft carriers, high-speed trains, anti-satellite systems and so on is not just for any intrinsic value they possess, but because the Communist Party leadership see them as symbols that distinguish great powers from their competitors.

In this regard, what is significant about the manned space programme is that only superpowers have achieved this capability, and Tiangong-1 and its successors are for China, symbolic proof that China is emerging as a 21st Century superpower.

BBC News - Tiangong-1 launch betrays China's earthly ambitions
 
the brits doing their usual stuckup bla bla..
 
To parallel China’s first manned flight in 2003 with Soviets’ first in 1961 itself demonstrates how inane the professor is in his capability in logical reasoning, and how lousy in his study of history.

1961, Vostok 1, spacecraft mass 4,725kg; Crew Size capability 1. Crew 1; Mission duration 00:01:48; Number of orbit 1; Gagarin was parachuted before the capsule was hard landed; The capsule was landed 280km off planned landing site;

2003, Shenzhou 5, space craft mass 7,790kg; Crew size capability 3; crew 1, Mission duration 21:22:45; number of orbit 14; Yang Liwei was soft landed within the capsule; the capsule was landed 4.8km off planned landing site.

Remind the professor : USA did its first unmanned rendezvous only in 2006. Can we say US-China technical gap is only 5 years?

If US is infested with such types of whiner professors who are unable to face the whole fact, it is bad news for the people in US in particular, and for the people all over the world in general.
 
What this guy says is true. China is at the 1961 Gemini project level. Every development China has made so far has been developed by the US.

But, 1961 is better than 1947, not inferring to India or anything.
 
India and Canada, which one has more space experience?
Depends, since both choose to focus on different aspects. India is certainly more comprehensive in their overall development, while Canada focuses on narrower range of components. The result is that Canada is dependent on United States for its space program, yet it is capable of manufacturing some high-tech parts.
 
"In this regard, what is significant about the manned space programme is that only superpowers have achieved this capability, and Tiangong-1 and its successors are for China, symbolic proof that China is emerging as a 21st Century superpower."

then what you are going to witness is a superpower that will generate ginormous wave of immigration to the western developed world.

if China laboring market someday in the future can come close to the laboring market in Australia today, it will be satisfying enough to me.

its low tech, but dont just blame China, blame the yanks too, ask them why after decade of development, still cant build module on orbit, make astronaut have to stuck in a tiny tunnel to live in space, well, this low tech actually make China catch up the mainstream on building technology in space.
 
What this guy says is true. China is at the 1961 Gemini project level. Every development China has made so far has been developed by the US.

But, 1961 is better than 1947, not inferring to India or anything.

This is comparing apple to orange.

During the era of the Gemini project, the space docking was manually done by the astronauts, whereas Shenzhou 8 and Tiangong 1 were joined together by the control signal from the ground.
 
This is comparing apple to orange.

During the era of the Gemini project, the space docking was manually done by the astronauts, whereas Shenzhou 8 and Tiangong 1 were joined together by the control signal from the ground.

The docking was monitored but not controlled by the ground. It's unmanned auto-docking.
 
It was controlled approach from the ground till about a couple hundreds km away from tiangong, then the onboard autonomous system takes over.
 

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