SpaceX Rocket Set for Lunar Impact at 5,400 MPH
An old SpaceX rocket, launched in 2015, is on a collision course with the Moon. It is expected to impact the lunar surface in early March 2026 at speeds approaching 5,400 miles per hour.
A piece of SpaceX hardware, initially launched into orbit in 2015, is unexpectedly on a direct collision course with the Moon, according to astronomical observations. The booster, which has been drifting through space for nearly a decade, is predicted to impact the lunar surface in early March 2026. Experts estimate the crash will occur at a velocity of approximately 5,400 miles per hour, creating a small crater upon impact.
The object in question is the Falcon 9 rocket's upper stage, which completed its mission to deploy a NASA climate satellite in February 2015. After its successful deployment, the booster was left in a chaotic orbit, and over the years, its trajectory has been subtly altered by gravitational forces and solar radiation pressure. This gradual drift has now resulted in a predicted impact with the Moon, an event that has never before been documented with man-made debris.
Tracking the Lunar Impactor
Astronomers have been closely monitoring the rocket's path for months. Jonathan McDowell, an astrophysicist at the Harvard-Smithsonian Center for Astrophysics, has been one of the leading figures tracking the object. "We've known for some time that it was a possibility this rocket stage would hit the Moon," McDowell stated. "The exact timing and location of the impact are still subject to minor adjustments as we continue to refine our orbital calculations."
The impending impact highlights the growing problem of space debris in Earth orbit and beyond. While much of the focus has been on satellites and defunct components orbiting our planet, this incident draws attention to objects that have escaped Earth's gravitational pull. The rocket stage is not under the control of SpaceX or any other entity, making it a passive but significant contributor to the accumulation of artificial objects in the solar system.
This event serves as a stark reminder of the long-term consequences of space missions. Although the booster is relatively small compared to the vastness of the Moon, its uncontrolled descent and eventual impact underscore the need for better tracking and potential mitigation strategies for space junk. The scientific community anticipates analyzing any data or imagery captured of the impact site following the event.