On August 5, an upper-stage piece of a SpaceX Falcon 9 rocket collided with the moon near the Einstein crater. Astronomers tracked the 8,800-pound object for months after it remained in an uncontrolled orbit following a 2025 mission. Moving at speeds estimated at 5,400 mph, the hardware struck the lunar surface, creating a crater roughly 60 feet wide and 12 feet deep.
South Korea's Danuri lunar orbiter successfully captured imagery of the impact site shortly after the collision. The data shows distinct changes to the terrain and evidence of ejecta patterns spread around the area. This documentation provides specific insight into the physical results of high-speed artificial impacts on the lunar environment.
NASA is currently attempting to gather its own visual data using the Lunar Reconnaissance Orbiter, which has monitored the moon since 2009. The agency notes that confirming the exact location requires precise calculations regarding lighting and orbital positioning. These observations help researchers study the long-term effects of human-made debris on celestial bodies.
SpaceX reports that this situation resulted from a mission requirement that placed the upper stage into a specific trajectory for a lunar lander. While most rocket components burn up in Earth's atmosphere, this piece became trapped in a high orbit. The company states it coordinates with NASA on disposal solutions for complex missions and expects that future developments with the Starship program will reduce the amount of hardware left in orbit.