South Korea’s Danuri lunar orbiter has snapped the first detailed photos of the crater created when a SpaceX Falcon 9 upper stage accidentally crashed into the Moon more than four years ago. The newly released images show a fresh, sharply defined impact site—about 60 feet across—etched into the lunar dust, marking one of the few confirmed human‑made craters on the Moon.
Image Courtesy : space.com
The Falcon 9 stage, originally part of a 2015 mission, drifted in deep space for years before its trajectory sent it on a collision course with the lunar surface. When it struck in March 2022, astronomers predicted the impact but had no immediate way to confirm the exact location. Danuri’s high‑resolution camera finally provided the missing evidence, capturing the crater from orbit with enough clarity to analyze its structure and ejecta pattern.
NASA scientists say the crater’s size and shape match expectations for a fast‑moving, hollow rocket stage hitting the Moon at several thousand miles per hour. Unlike natural meteoroid impacts, which often leave symmetrical bowls, the Falcon 9 crater shows irregular features likely caused by the rocket’s elongated shape and uneven mass distribution.
The discovery is scientifically useful: artificial impacts help researchers study how the lunar regolith responds to high‑energy collisions, offering insights relevant to future landers, sample‑return missions, and surface‑based infrastructure. It also highlights the growing need to track long‑lived space debris—especially as more missions send hardware into deep‑space trajectories that may eventually intersect with the Moon.
For Danuri, the find is another milestone in South Korea’s expanding lunar program. The orbiter continues to map the Moon’s surface, scout landing sites, and support international research collaborations, proving that even accidental impacts can become valuable scientific opportunities.