A derelict SpaceX upper-stage rocket booster is scheduled to crash into the far side of the Moon this Wednesday, generating an impact force equivalent to an explosion of over three tons of TNT.
The collision is expected to carve a brand-new crater into the lunar surface and eject a massive plume of dust and debris miles into space, drawing intense interest from astronomers and space agencies monitoring orbital debris trajectories.
Key Highlights of the Lunar Impact:
- Mission Background: The upper-stage rocket component has been drifting through deep space for over a year following its primary mission of deploying two lunar lander payloads.
- Impact Speed & Target Area: According to space tracking expert Bill Gray, the upper stage will strike the lunar terrain near the Einstein Crater at an estimated speed of 8,700 kilometers per hour (approx. Mach 7).
- Scientific Value: Because the impact will occur on the Moon’s far side, it cannot be observed directly from Earth in real time; however, lunar orbiter spacecraft will analyze the newly formed crater structure to study subsurface geology.
📊 Fact-Sheet Summary
- Object: SpaceX Upper-Stage Rocket Booster (Derelict).
- Target Site: Near Einstein Crater (Far Side of the Moon).
- Impact Velocity: ~8,700 km/h (~2.4 km/s / Mach 7).
- Energy Yield: Equivalent to over 3 tons of TNT.
- Duration in Orbit: Floating unpowered for over 1 year.
- Scientific Outcome: Creation of a new impact crater and subterranean dust plume analysis.
