Japanese astronaut to be first non-American to set foot on moon
Technology
America will no longer walk on the Moon alone
WASHINGTON: (Web Desk) - A lucky Japanese astronaut will become the first non-American to set foot on the Moon during one of NASA’s upcoming Artemis missions, US President Joe Biden announced Wednesday.
The offer to Japan — an opportunity many nations have long dreamed of — came as part of Prime Minister Fumio Kishida’s state visit, and as Washington seeks to strengthen ties with its key Asian ally.
“Two Japanese astronauts will join future American missions, and one will become the first non-American ever to land on the Moon,” Biden said in a press conference with Kishida.
Kishida hailed the announcement as a “huge achievement” and announced that Japan would in return supply a rover for the program.
NASA’s Artemis program seeks to return humans to the Moon for the first time in over 50 years, and to build a sustained lunar presence ahead of potential missions to Mars.
Between 1969 and 1972, the US Apollo program saw 12 Americans — all white men — walk on the Moon.
NASA previously announced that the Artemis program would see the first woman and the first person of color land on the Moon.
“America will no longer walk on the Moon alone,” NASA chief Bill Nelson said in a video published on social media.
“Diplomacy is good for discovery. And discovery is good for diplomacy,” he added.
The first mission to take astronauts to the lunar surface, Artemis 3, is planned for 2026. China meanwhile has said it seeks to put humans on the Moon by 2030.
Tokyo and Washington have worked together in the space sector for years, notably collaborating on operations at the International Space Station (ISS).
And this year, Japan became the fifth country to succeed in landing a spacecraft on the Moon, with its SLIM craft touching down in January.
In a joint media release, the United States and Japan clarified that a Japanese national would land on the Moon “assuming important benchmarks are achieved,” without clarifying further.
