Piece of SpaceX rocket the size of a school bus crashes into the Moon

Scientists will track stray rocket parts striking the Moon to study crater formation and lunar dust from cosmic impacts.A four-tonne chunk of debris the size of a school bus from a SpaceX rocket has crashed into the Moon, according to tracking data, creating a new crater on the lunar surface and providing scientists a rare look at high-velocity cosmic impacts.The object, the second stage of a Falcon 9 rocket launched in early 2025, struck the Moon early Wednesday near the Einstein Crater, at approximately 8,700 kilometres per hour (5,400 miles per hour), according to orbital trajectories mapped by independent astronomers and confirmed by space-tracking agencies. It struck the lunar surface with the force of roughly three tonnes of TNT.Recommended Stories list of 3 itemslist 1 of 3Elon Musk’s SpaceX reports losses but less than expectedlist 2 of 3NASA announces astronauts for Artemis III spaceflight, scheduled for 2027list 3 of 3Tanks, troops and spaceend of listSuch rocket hardware typically re-enters Earth’s atmosphere to burn up or splash down into remote ocean zones after delivering payloads into orbit.But over 18 months, gravitational forces exerted by the Sun, Earth, and Moon gradually altered its flight path, setting it on an inevitable collision course. SpaceX said the trajectory leading to the crash was unintentional but unpreventable, given the vehicle’s remaining fuel reserves.“What has happened is essentially a mixture of solar activity and gravity forces have put it on a path toward the Moon,” Julianna Scheiman, SpaceX ‌director of NASA science and Dragon programmes, told reporters on Monday.Orbital observation craft, including NASA’s Lunar Reconnaissance Orbiter (LRO) and South Korea’s Danuri spacecraft, have adjusted their sensor suites to document the collision site. While the instantaneous flash will be obscured by daylight on the lunar surface, orbiters will survey the ejected dust plume and take high-resolution before-and-after imagery of the newly formed crater.