SpaceX rocket crashes into moon at 8700 kilometres per hour
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- SpaceX Falcon 9 upper stage — roughly 14 metres long and 4,000 kilograms — crashed into the moon at ~8,700 km/h around 5:35am BST, striking near Einstein crater on the Earth-facing side
- NASA predicts the impact carved a crater approximately 18 metres wide and 4 metres deep
- The upper stage launched in January carrying ispace's Hakuto-R lander, which itself crashed into the moon during an unsuccessful landing attempt — making the same mission responsible for two lunar impacts
- Hannah Sargeant at the University of Leicester noted commercial operators face no binding requirement to plan a safe deorbit, unlike NASA and ESA missions, and raised the risk of striking heritage sites such as the Apollo landers
- Telescopes worldwide were trained on the impact site to capture before-and-after images; lunar orbiters from South Korea and the US will observe the aftermath
- A heavier-than-usual payload left the upper stage without enough fuel to maneuver, causing it to drift uncontrolled until lunar gravity pulled it in
- Roberto Bugiolacchi at Macau University of Science and Technology argued controlled crashes can yield invaluable data on impact dynamics and surface evolution, since high-velocity impacts are the primary agent shaping planetary surfaces
Why it matters: The crash turns a theoretical regulatory gap into a demonstrated one: commercial launchers can send multi-tonne objects to the lunar surface with no deorbit plan, as Sargeant's warning about potentially hitting Apollo heritage sites illustrates. With private lunar missions multiplying, the push to extend NASA/ESA-style end-of-life rules to commercial companies gains concrete urgency.
