SpaceX to deliberately impact Falcon 9 upper stage on Moon, observable with telescopes

A small asteroid slated to strike the remote desert region of Western Australia on Thursday is expected to generate a plume of debris that will rise to an altitude of several tens of kilometers. According to the impact‑prediction team at the International Astronomical Union, the kinetic energy released will loft material high enough to be detectable with ground‑based optical telescopes and several orbital observatories, providing a rare opportunity to study the dynamics of impact ejecta in real time.

Astronomers from institutions across the globe have arranged coordinated observations, deploying a network of high‑resolution telescopes to capture the event from multiple angles. Data collected will be used to refine models of crater formation and atmospheric interaction, and to improve early‑warning protocols for future near‑Earth object encounters. The scientific community anticipates that the visual record of the plume will contribute valuable insights into planetary impact processes.