'DANURI' Ready... Global Attention Focused (Summary)

South Korea's First Lunar Probe Completes All Preparations, Transported to US Launch Site Next Month
Launch in August, Arriving in Lunar Orbit by December; ShadowCam and Other Lunar Observations and Experiments Planned
Nature Highlights Global Scientific Interest

[Asia Economy Reporter Kim Bong-su] The world’s attention is focused on South Korea’s first lunar probe, ‘Danuri (KPLO).’ It will play a pioneering role in humanity’s lunar exploration through scientific experiments, including scouting for the manned landing site of the Artemis project, marking a return to the moon after more than 50 years.

◇D-Day is August 3

According to the Korea Aerospace Research Institute (KARI) on the 7th, Danuri has completed all preparations for launch, including assembly, testing, and final inspections, and will be transported by air to the launch site in Florida, USA, in early next month. Danuri is scheduled to launch at 8:20 a.m. (Korean time) on August 3. It will arrive at the moon in mid-December and begin its mission for about one year. The Ministry of Science and ICT and KARI held an on-site briefing at KARI headquarters in Daejeon on the 3rd, unveiling Danuri, which is ready for transport.

Global scientists have shown great interest in Danuri’s launch. The international academic journal Nature reported in mid-last month on six countries’ lunar exploration missions planned for this year, with a special focus on South Korea’s Danuri. Nature stated, “Among all the lunar missions scheduled for this year, the world’s scientists are particularly focused on Korea’s first space exploration, KPLO,” dedicating extensive coverage to the key observations and scientific experiments KPLO will conduct. This was in contrast to the brief overviews given for the other five countries’ lunar missions.

◇Exploration of Candidate Sites for Lunar Base

One of Danuri’s most notable missions is the ShadowCam project, a collaboration with NASA. ShadowCam is a high-resolution camera directly developed by NASA, designed to image the ‘permanently shadowed regions’ on the lunar surface?areas that, due to their position and orbit, have never been exposed to sunlight since the moon’s formation. These regions are believed to contain volatile resources such as water ice, methane, carbon dioxide, and ammonia, preserved underground in a cooled state, making them prime candidates for humanity’s future lunar base. NASA is reviewing potential manned landing sites for the Artemis program planned after 2025 and is expected to use Danuri’s imaging results as a reference for its decision. In exchange for mounting this camera, NASA assisted KARI in studying Danuri’s lunar orbit insertion trajectory. NASA also agreed to support deep space communication with Danuri and provide position and attitude tracking information.

◇Domestic Scientific Instruments for Lunar Surface Exploration

The wide-field polarimetric camera developed by the Korea Astronomy and Space Science Institute (KASI) will be used to capture the first-ever images of the moon’s far side. The gamma-ray spectrometer from the Korea Institute of Geoscience and Mineral Resources will map the distribution of various resources on the lunar surface, including titanium and helium-3. The magnetometer developed by Kyung Hee University is expected to solve mysteries regarding whether certain areas and rocks on the lunar surface exhibit strong magnetic fields. The space internet communication equipment experiment by the Electronics and Telecommunications Research Institute (ETRI) is anticipated to contribute to establishing ‘standard’ technology for humanity’s deep space communication network. ETRI is also considering an experiment to transmit BTS’s music video to Earth using Danuri’s communication equipment.

This content was produced with the assistance of AI translation services.