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NASA’s Artemis II mission moved into its final return phase on April 10, 2026, after a 10-day trip around the Moon that marked humanity’s first crewed lunar voyage since the Apollo era. NASA said Orion was on course for a Pacific splashdown off San Diego at 8:07 p.m. EDT, ending a mission designed to test the spacecraft, recovery procedures, and crew operations before later Artemis flights.
The mission carried NASA astronauts Reid Wiseman, Victor Glover, and Christina Koch, along with Canadian astronaut Jeremy Hansen. During the flight, the crew broke the record for the farthest distance humans have traveled from Earth, passing the mark set by Apollo 13. Associated Press reporting said Orion reached 252,756 miles from Earth and returned with imagery from the Moon’s far side and a total solar eclipse seen from space.
What happened
NASA launched Artemis II on April 1, 2026, from Kennedy Space Center in Florida. The mission did not land on the Moon, but it sent a crew around it and back as a full-scale test of the Orion spacecraft in deep space.
By April 10, NASA said the crew had completed a final return burn and was preparing for re-entry. The agency outlined a tightly timed descent: separation from the service module, a brief crew module burn to set the right angle, a plasma blackout during atmospheric entry, and then parachute deployment before splashdown. NASA also said recovery teams would move the astronauts to the USS John P. Murtha after landing.
The return phase mattered as much as the lunar flyby itself. Reuters reporting described the splashdown as a critical test of Orion’s heat shield after issues seen on the uncrewed Artemis I flight. In other words, Artemis II was not only a milestone mission but also a technical exam for the hardware NASA plans to use on future lunar expeditions.
Why this matters
For foreigners, Artemis II is a reminder that major space missions are increasingly international. This flight included a Canadian astronaut, and NASA’s wider Artemis program depends on partner countries for hardware, logistics, and future crew roles.
For Japan, the relevance is concrete. NASA says JAXA is contributing major elements to the Artemis architecture, including Gateway life-support components, batteries, cargo support, and a pressurized lunar rover for later surface missions. NASA has also said Japan will have future astronaut opportunities under Artemis. That means every successful Orion test, especially a crewed lunar return, matters in Japan because it helps validate the systems and mission sequence that later international partners may rely on.
For foreign residents in Japan, this is the kind of development worth tracking beyond headline value: it shows how U.S. space policy, international partnerships, and future human spaceflight plans can directly connect to Japan’s long-term role in lunar exploration.
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