The National Aeronautics and Space Administration (NASA) launched the crewed moon mission "Artemis II" on the 2nd Korea time, putting humanity's lunar exploration back on a full-fledged track. For Korea, assessments say this marks a chance to move beyond mere participation in moon exploration and rise as a partner supplying payloads, data, and launch services.
Artemis II is a mission to carry four astronauts, fly near the moon for about 10 days, and return to Earth. Through this flight, NASA is checking life support systems, navigation, communications, and operational capabilities needed for crewed deep space missions. It then plans to accelerate lunar landings and the establishment of a long-term stay infrastructure through follow-on Artemis missions.
The significance of this launch is not only that the United States is returning to the moon. It is closer to a declaration that the United States intends to again lead the technologies, international cooperation, norms, and industrial ecosystem surrounding lunar exploration. In fact, with Oman joining in January, the number of "Artemis Accords" signatories—countries that must observe the rules for participating in the Artemis program—rose to 61. Korea also joined as the 10th signatory in 2021.
Richard de Grijs of Macquarie University in Australia said, "Artemis will reshape the space ecosystem. However, its context is less a throwback to past space races than a process of creating the technological, operational, and legal standards that will apply in deep space," adding, "The moon is no longer a mere destination; it is becoming a proving ground that tests international cooperation as much as technology."
Within the Artemis framework, Korea is gradually expanding its role. Artemis II carries the domestically developed CubeSat "K-RadCube." Its mission is to measure the radiation environment in high Earth orbit to secure baseline data needed for future crewed lunar and deep space exploration.
Bang Hyo-chung, a professor of aerospace engineering at KAIST, said, "Korea is closer to being a participating nation now, but as we build capabilities in next-generation launch vehicles, lunar landers, and lunar communications networks, we should, in the long term, become a country that supplies related technologies and services," adding, "As lunar exploration missions increase, demand related to landers, base construction, mobility, and communications will grow together, so the success of Artemis II can present new opportunities for domestic space corporations."
Domestic space corporations are pinpointing areas where they can realistically participate in more concrete terms. Kim Sung-hee, vice president of TelePIX, who took part in developing the Danuri lunar orbiter, said, "With this launch as a catalyst, research, investment, and industrial interest related to lunar exploration will further expand," citing optical payloads, satellite data, and artificial intelligence (AI) technology as fields where Korean corporations can practically contribute.
Kim said, "Optical payloads can contribute to landing site reconnaissance by building lunar surface maps and stereo imagery based on images captured from lunar orbit," adding, "Satellite data and AI technology are core elements that enable Autonomous Driving of explorers in the lunar environment, where communication delays and constraints exist, and will be useful for building lunar bases."
Kim Su-jong, CEO of INNOSPACE, which has pursued Korea's first commercial launch, said, "As crewed exploration missions become full-fledged, demand for follow-on launches—such as logistics resupply, satellites, and transport of exploration equipment—will structurally expand, and demand will grow not only for large launch vehicles but also for small and medium ones," adding, "Opportunities may also increase for domestic corporations to enter fields such as small satellites to be used in lunar orbit and deep space environments, and payloads for research and technology demonstration."
Kim added, "If domestic corporations are to keep expanding their roles within the global framework, they need to increase international joint projects that can lead to actual mission participation," noting, "It is also important to provide private corporations with opportunities to demonstrate launch services and to create a market structure where repeat demand emerges, rather than one-off development."