WASHINGTON, D.C. —The Moon has gained a brand-new artificial crater following a high-velocity impact by a discarded SpaceX Falcon 9 rocket component.
Impact Details and Physics
The spent upper stage—weighing approximately 4 metric tons—slammed into the lunar surface near the Einstein Crater at roughly 5,400 miles per hour (2.43 kilometers per second).
Originating from a January 2025 launch that carried commercial lunar landers, the hardware was left adrift in cislunar space before Earth and lunar gravitational pulls gradually altered its trajectory.
Because the Moon lacks a substantial atmosphere, the rocket stage struck the surface fully intact, generating an impact force equivalent to roughly three tons of TNT and creating a debris plume visible to specialized telescopic observers.
Scientific Opportunity and Space Debris Concerns
While space agencies confirmed that the collision posed zero threat to Earth, astronomers welcomed the event as a unique, unplanned scientific experiment.
Researchers plan to study the resulting ejecta and crater formation to better understand lunar geology and impact physics.
At the same time, the event has renewed discussions among experts regarding the long-term management and tracking of space debris beyond low-Earth orbit as commercial lunar exploration expands.
This No One Can Stop This SpaceX Rocket From Hitting the Moon video provides a detailed breakdown of the Falcon 9 upper stage's trajectory and the science behind the lunar impact.