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During one of these attempts the spacecraft unexpectedly lost communication with Earth and crash-landed on the asteroid surface, damaging the spacecraft. Despite this setback, JAXA managed to return Hayabusa safely to the Earth on June 13, 2010.
On July 11, Hayabusa2 went on to make its second touchdown and succeeded in collecting subsurface material. Hayabusa2 then departed from Ryugu on November 13, and on December 5, 2020 sent back to Earth the capsule containing the samples, which was recovered on December 6 in Australia.
The samples returned from near-Earth asteroid (162173) Ryugu provide a pristine record of the 4.6 billion years since the birth of the Solar System. The Hayabusa2 initial analysis team has integrated a range of analytical techniques to investigate Ryugus organic chemistry.
Problems with frozen pipes, leaking fuel, and communications glitches caused even more consternation as the spacecraft attempted to depart the asteroid, Gizmodo added.
Japans Hayabusa was the first spacecraft to take samples from an asteroid, and was also the first mission to successfully land and take off from an asteroid. It brought samples from asteroid 25143 Itokawa to Earth on June 13, 2010. Artists concept of Hayabusa at an asteroid.
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The spacecraft brought back a capsule containing carbon-rich asteroid fragments that scientists believe could provide clues about the ancient delivery of water and organic molecules to Earth. One of the facility-to-facility transfer containers (FFTC) of Hayabusa2 returned samples given to NASA by JAXA.
The surface dust and fragments from the impact were then captured by the horn (B) and funnelled into a sample container (C). Diagram showing the sample collection process during the Hayabusa mission. A projectile is fired at the asteroid (A and B) and the debris is then collected (C).

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