[Video &] The First Crewed Moon Mission in 53 Years… Artemis 2 Launch Success Marks a Historic Moment

A Return After Half a Century, 'Artemis 2' Launches into Space

Humanity has begun a long journey back toward the Moon after 53 years. The National Aeronautics and Space Administration (NASA) successfully launched the crewed lunar exploration craft 'Artemis 2' on the 1st from Kennedy Space Center in Florida. This marks a major achievement after half a century since 'Apollo 17' in 1972. The Orion capsule, launched aboard the 'Space Launch System' (SLS), with a total length of 98 m, carried four elite astronauts, including commander 'Reid Wiseman'. They will fly for ten days, covering 1.1 million km, conduct observations in 'lunar orbit', and then return to Earth. Any temporary glitches in communications and control devices that occurred during the initial launch phase have already been addressed, and the spacecraft is now in a high-altitude orbit, preparing for its full-scale flight.

Global Attention as They Pursue 'Space Supremacy'

To watch the 'crewed lunar mission' after half a century, huge crowds gathered. The 'Artemis program' is more than exploration—it is the United States’ core national strategy aimed at 'building a lunar base' and 'securing space resources'. In particular, it is designed to strongly counter China’s space plans, which have announced crewed lunar landings by 2030. U.S. President 'Donald Trump' declared the revival of 'space supremacy', saying right after the launch on social media, "The United States returns to the Moon after more than 50 years. We win and dominate everywhere—in space and on Earth."

Observing the Unknown 'Lunar Surface' and a Leap in 'K-Space Technology'

The astronauts will directly observe regions of the 'lunar surface' that humans have not been able to verify with the naked eye, and they will test life-support equipment. In particular, this historic mission also includes contributions from the Republic of Korea’s unmatched technological capabilities. A Korea-built cube satellite, 'K-RadCube', equipped with advanced semiconductors from Samsung Electronics and SK hynix, is headed to space as well. Even though it is an ultra-small satellite no bigger than a shoebox, it is expected to carry out the key mission of 'measuring the space radiation environment' and set a new milestone for the Republic of Korea’s space science and technology.