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China becomes first country to execute robotic docking in lunar orbit

Space race heats up
Space race heats up 08:20

A Chinese probe was orbiting the moon on Monday in preparation for the returning of samples of the lunar surface to Earth for the first time in almost 45 years. The ascent module of the Chang'e 5 spacecraft transferred a container with 4.4 pounds of samples after docking with the robot spacecraft on Sunday and was then cut free. The accomplishment made China the first country to execute a robotic docking in lunar orbit.

The orbiter and reentry vehicle will circle the moon for another week awaiting a narrow time window to make the roughly three-day, 238,000-mile journey back to Earth. It will first "bounce" off the Earth's atmosphere to slow its speed before the reentry vehicle separates and floats down on parachutes to land on the vast steppes of Inner Mongolia, where China's Shenzhou crewed spaceships have also made their landings.

China Moon Probe
This graphic simulation image provided by China National Space Administration shows the orbiter and returner combination of China's Chang'e-5 probe after its separation from the ascender, at the Beijing Aerospace Control Center (BACC) in Beijing Sunday, Dec. 6, 2020.  / AP

If the mission succeeds, it will make China the third country after the United States and former Soviet Union to bring moon rocks to Earth. They will be the first fresh samples of the lunar surface obtained by scientists since the Soviet Union's Luna 24 probe in 1976.

The Chang'e 5 ascent stage blasted off from the moon's surface on Friday, leaving behind the lander module flying the Chinese flag, according to the China National Space Agency. The agency also released a photo taken by the orbiter showing it approaching for its rendezvous with the ascender, a sliver of the Earth seen in the background.

Handout image of China's national flag unfurled from the Chang'e-5 spacecraft
China's national flag is seen unfurled from the Chang'e-5 spacecraft on the moon, in this handout image provided by China National Space Administration (CNSA) December 4, 2020.  CNSA

That marked the first time China had succeeded in lifting off a spacecraft from a celestial body, while no country had previously achieved the tricky feat of executing a robotic docking in lunar orbit. Controllers on Earth had to deal with distance and time lag while precisely maneuvering a clamp into position with almost no room for error.

The 23-day mission has been front page news in state media for days, paired with reports that China has officially lifted all of its citizens out of the most grinding form of poverty. Along with being a propaganda coup for the ruling Communist Party, the dual stories illustrate the vast economic and technological advances China has made since it became just the third country in history to launch a person into space in 2003.

Chinese foreign ministry spokesperson Hua Chunying praised the "courage to explore, overcome difficulties and pay hard efforts" of those who made the mission possible.

"The entirety of the Chinese people are proud of the efforts and wisdom of the Chinese lunar exploration researchers," Hua told reporters Monday at a daily briefing.

Handout image of Chang'e-5 ascender
Chang'e-5 ascender is seen from the orbiter-returner combination in this handout image provided by China National Space Administration (CNSA) December 6, 2020.  CNSA

By way of cautious incremental steps, China is now in the midst of a series of ambitious missions that include a probe en route to Mars and the development of a reusable space plane about which little information has been provided. 

Future plans call for returning a human to the moon five decades after American astronauts, along with a possible permanent moon base, although no timeline has been offered. China is also building a permanent space station to begin operating as early as 2022.

U.S. opposition has prevented China's secretive, military-backed program from participating in the International Space Station, although the CNSA has been expanding its ties with other programs, including the European Space Agency, which has helped guide Chang'e 5 on its mission.

Last week, Thomas Zurbuchen, NASA's science director, tweeted a congratulatory message to China after the spacecraft landed on the moon.

Chang'e 5 touched down December 1 on the Sea of Storms on the moon's near side, close to a formation called the Mons Rumker, an area believed to have been the site of ancient volcanic activity.

The rocks and other debris were obtained both by drilling into the moon's crust and by scooping directly off the surface. They are thought to possibly be billions of years younger than those brought back earlier and may offer insights into the moon's history as well as that of other bodies in our solar system.

The lunar exploration program has set up dedicated labs to analyze the samples for age and composition. China is also expected to share some part of them with other countries, as was done with the hundreds of pounds of rocks, sand, dust and other samples obtained by the U.S. and the former Soviet Union.

China is executing an incremental approach to its moon program, launching a series of increasingly complex robotic spacecraft to develop and test the propulsion, guidance, navigation and landing systems needed for long-term exploration.

The Chang'e 1 and  2 missions successfully reached lunar orbit in 2007 and 2010 respectively, followed by the Chang'e 3 lunar lander in 2013 and Chang'e 4, which landed on the far side of the moon in 2019. Chang'e 5 is the first of two planned sample return missions and China's most ambitious moon mission to date.

Bill Harwood contributed to this report.

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