Japan Moon Lander: NASA Spots Debris & ‘Resilience
- Spacecraft operated by NASA and the Indian Space Research Organisation (ISRO) have photographed the crash site of Japan's Resilience lunar lander, confirming its destruction after a failed landing...
- The Resilience lander, built by the Japanese company ispace, was intended to land in the Mare Frigoris region on June 5.
- However, contact with Resilience was lost about 100 seconds before the scheduled touchdown, resulting in a "hard landing" that likely destroyed the spacecraft and its payloads.
NASA and ISRO have captured images of the Japan lunar lander crash site, providing definitive visual evidence of its destruction following the failed landing attempt. The images reveal a grim scene: scattered debris across the Moon’s surface, confirming the hard impact of the resilience lander and the likely loss of its scientific payloads and Europe’s first lunar rover which was meant to deploy art called “the Moonhouse“. Examining the after effects, using images from NASA’s LRO which shows a dark smudge from the impact and closer views from the ISRO’s Chandrayaan-2 orbiter which revealed debris and was identified by an astronomy enthusiast. For the latest space news and in-depth analysis of the japan lunar lander, visit News Directory 3.Discover what’s next for lunar exploration.
NASA, ISRO photograph Japan lunar lander crash site
Updated June 25, 2025
Spacecraft operated by NASA and the Indian Space Research Organisation (ISRO) have photographed the crash site of Japan’s Resilience lunar lander, confirming its destruction after a failed landing attempt earlier this month. The images reveal debris scattered across the lunar surface.
The Resilience lander, built by the Japanese company ispace, was intended to land in the Mare Frigoris region on June 5. It carried scientific experiments and Europe’s first lunar rover, Tenacious, which was to deploy an art piece called “the Moonhouse.”
However, contact with Resilience was lost about 100 seconds before the scheduled touchdown, resulting in a “hard landing” that likely destroyed the spacecraft and its payloads.
on June 11, NASA’s Lunar Reconnaissance Orbiter (LRO) captured the first satellite images of the crash site. Comparing these images with those taken before the crash shows a dark smudge on the lunar surface, likely caused by displaced regolith from the impact, according to the LRO website.
ISRO’s Chandrayaan-2 orbiter took additional, more detailed photos of the crash site on june 16. Analysis of these photos revealed at least a dozen pieces of debris scattered around the area, identified by astronomy enthusiast Shanmuga Subramanian.