
You have arrived · The New Space Age
JAXA, University of Tokyo & collaborators / IAU, CC BY 4.0
The world that day
7.0 billion
People on Earth
3
Nations to launch a human
12
Humans to walk on the Moon
4,000
Known worlds beyond the Sun




Before dawn on 6 December 2020, a fireball streaked across the black sky over Woomera, South Australia. Inside that man-made meteor was a 16-inch capsule holding fragments of another world. Hayabusa2 had just completed a six-year, 5.24-billion-kilometer round trip to asteroid Ryugu, and recovery teams with helicopters, radio beacons and drones fanned out across the outback to find the prize. They had it within hours, sitting intact on the red desert floor.
Getting that capsule filled had tested JAXA to its limits. When Hayabusa2 arrived at Ryugu in June 2018, the asteroid turned out to be a treacherous rubble pile strewn with boulders, forcing months of replanning. The spacecraft threaded its first touchdown on 22 February 2019, then did something audacious: it fired a copper projectile into Ryugu to blast open an artificial crater, and on 11 July 2019 touched down again to grab freshly exposed subsurface material, the first ever collected from an asteroid.
Along the way it dropped a small fleet of hopping robots onto the surface, including the German-French MASCOT lander, turning a sample-return mission into a full expedition. When scientists opened the capsule in Japan, they found 5.4 grams of jet-black grains, fifty-four times the mission's official goal of a tenth of a gram, and the freshest carbonaceous asteroid material humanity had ever held.
The samples have kept delivering ever since, yielding water-bearing minerals, amino acids and even uracil, one of the building blocks of RNA. And the story is not over: the mothership skipped reentry entirely and is still flying an extended mission, with an asteroid flyby in 2026 and a rendezvous with the tiny, fast-spinning asteroid 1998 KY26 scheduled for 2031.
Hayabusa2 is home. It has finished six years of voyage and we landed in the Woomera and we could collect the treasure box.
By the numbers
Why it mattered
Hayabusa2 transformed asteroid sample return from a heroic near-miss, as the original Hayabusa had been, into a reliable scientific pipeline. Its pristine carbonaceous grains gave laboratories their first untainted look at the water- and carbon-rich material that seeded the early Earth, and its sample exchange with NASA's OSIRIS-REx created the comparative asteroid science that now anchors origin-of-life research. The mission also proved precision operations around a hazardous rubble-pile body, knowledge that informs every small-body and planetary-defense mission since.
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