A discarded SpaceX rocket is expected to crash into the Moon at high speed next week, generating an impact equivalent to approximately three tons of TNT. The collision, predicted to occur on Wednesday, is anticipated to create a new crater near the Moon’s Einstein Crater, accompanied by a substantial plume of dust and debris. This event has drawn attention from both scientists and amateur astronomers who plan to observe the aftermath through telescopes.

The rocket, initially used by Elon Musk’s company to launch two lunar landers about a year ago, has been tracked closely since its descent toward the lunar surface was identified. Space-tracking expert Bill Gray estimates the impact velocity will reach around 5,400 miles per hour, roughly seven times the speed of sound. The resulting ejected material could extend for several miles across the lunar surface and be visible for some time, offering a rare opportunity to study the effects of such impacts.

Experts note that the crash could have potentially been prevented if the rocket’s upper stage had been maneuvered into a stable orbit around the Sun after its mission concluded. The failure to do so highlights concerns about managing space debris and its potential hazards, particularly as plans to send astronauts back to the Moon advance.

Benjamin Fernand, a scientist at Los Alamos National Laboratory in the United States, emphasized the significance of observing this event, stating that understanding the consequences of debris impacts is crucial in assessing risks to future lunar missions. This incident is only the second confirmed case of a defunct rocket segment colliding with the Moon. In 2022, a Chinese rocket stage similarly impacted the lunar far side, creating a pair of craters.

The upcoming collision underscores ongoing challenges in space debris management and the need for careful coordination among space-faring entities to mitigate potential risks to both robotic missions and human explorers in the future.