A SpaceX Falcon 9 rocket's upper stage crashed into the moon on Aug. 5 at approximately 06:35 GMT [1, 2].
The event highlights the growing challenge of orbital debris and the unintended consequences of abandoned spacecraft components intersecting with celestial bodies.
The debris struck the lunar surface at a speed of 8,690 km/h [1]. This impact created a crater estimated to be 30 meters wide [3]. While some reports initially described the crash as probable, other sources confirmed that the upper stage did indeed crash into the moon [4].
The component was part of a mission from January 2025 that launched two lunar landers [3, 5]. After the landers were deployed, the upper stage was abandoned. Its trajectory eventually intersected with the moon, leading to the collision earlier this month [3, 5].
Astronomers and space agencies are now focusing their observations on the satellite to locate the specific site of the crater [2]. The exact location of the impact on the lunar surface has not been specified [1, 3].
"L'étage supérieur d'une fusée de SpaceX s'est bien écrasé sur la Lune," RTS said [4].
“The debris struck the lunar surface at a speed of 8,690 km/h.”
This incident underscores the lack of stringent disposal protocols for upper-stage boosters in deep-space missions. As commercial lunar activity increases, the risk of accidental impacts grows, potentially contaminating pristine lunar sites or interfering with future scientific research. The event serves as a case study for the necessity of precise trajectory management for spent rocket stages.
