SpaceX Rocket Crashed Into the Moon — New Images Reveal the Impact Site

A piece of SpaceX hardware has officially become part of the Moon.

A used Falcon 9 upper stage slammed into the lunar surface on August 5 after spending more than a year in space, and scientists now have their first detailed look at what the collision left behind.

South Korea’s Korea Pathfinder Lunar Orbiter, better known as Danuri, captured images of the impact area before and after the collision. The photographs show changes in the lunar terrain and traces of material thrown outward from the impact.

The event was unusual, but not completely unexpected. Astronomers had been tracking the rocket stage for months and had calculated that it was on a collision course with the Moon.

What they did not know with certainty was exactly what the impact would look like — or how much information scientists could collect from it.

Now, those observations are starting to come together.

What happened to the SpaceX rocket?

The object was the upper stage of a Falcon 9 rocket launched on January 15, 2025.

That mission carried two robotic lunar landers: Firefly Aerospace’s Blue Ghost and Japan-based ispace’s Resilience. Blue Ghost successfully reached the Moon, while Resilience was lost during its attempted landing.

Unlike the Falcon 9's first stage, which normally returns to Earth for recovery and reuse, the upper stage is generally left in space after completing its main job.

In this particular mission, the stage had used most of its fuel while sending the spacecraft toward the Moon. Instead of immediately returning to Earth's atmosphere, it remained in a large orbit that crossed the Moon's path.

Over time, gravitational forces and changes in solar activity altered its trajectory.

Eventually, there was no avoiding the outcome.

The rocket stage was going to hit the Moon.

NASA had been tracking the object and said before the collision that it had a 100% probability of impacting the lunar surface. The agency also stressed that the event posed no danger to Earth.

The impact happened at more than 5,000 mph

The Falcon 9 upper stage hit the Moon at roughly 5,400 miles per hour, or about 8,690 kilometers per hour.

The collision occurred near the Einstein and Bell craters at approximately 06:34 UTC on August 5.

The rocket body weighed roughly 4,000 kilograms — around 8,800 pounds — and was several metres long.

But the Moon has something Earth does not: an atmosphere capable of slowing objects down.

There is essentially no atmosphere on the Moon to act as a brake.

That meant the rocket hit the surface at enormous speed, transferring its energy directly into lunar rock and dust.

Scientists expected the collision to excavate a new crater and throw material away from the impact site.

NASA's pre-impact estimate suggested a crater roughly 60 feet wide and 12 feet deep, while later scientific estimates have put the likely diameter at around 20–27 metres. The exact dimensions will become clearer as spacecraft continue analysing the site.

South Korea's Danuri captured the before-and-after evidence

One of the most important parts of this story is not the crash itself.

It is what happened afterward.

South Korea's Danuri spacecraft was in lunar orbit when the impact occurred. According to the Korea Aerospace Research Institute, Danuri began observing the area about 30 minutes before the collision and later passed over the site several times.

The spacecraft conducted eight imaging sessions around the event.

That gave researchers something especially valuable: photographs showing the same lunar terrain before and shortly after the impact.

Scientists can compare those images to determine exactly what changed.

That could reveal the size and shape of the new crater, the amount of material thrown from it and how far that material travelled across the surface.

For lunar scientists, a controlled comparison like this is extremely useful.

Instead of simply discovering an old crater and trying to work backward, researchers know exactly what caused this one and roughly how much energy was involved.

Scientists also detected something unexpected in the impact plume

The crash was difficult to photograph directly from Earth.

However, telescopes were able to study the material thrown into space after the collision.

Researchers using the European Southern Observatory's Very Large Telescope in Chile detected spectral signatures associated with sodium and lithium in the plume created by the impact. The observations lasted only a few minutes, but they provided clues about what happened when the rocket hit the lunar surface.

The sodium is believed to have largely come from lunar soil.

The lithium, meanwhile, may have originated from the rocket itself.

That distinction is important because the Moon's surface and spacecraft materials have different chemical signatures.

By studying the plume, scientists can therefore learn more than simply the size of the crater.

They can investigate how lunar soil reacts to a high-speed artificial impact and potentially identify which materials came from the spacecraft.

Why didn't we see the crash clearly?

You might expect an impact involving a four-tonne rocket travelling thousands of miles per hour to produce spectacular footage.

It did not.

Several telescopes and spacecraft were watching the Moon, but getting a clear image of the actual collision was extremely difficult.

The impact happened near the Moon's terminator — the boundary between its illuminated and dark regions. That made the lighting conditions challenging.

The collision itself was also extremely brief.

Scientists were able to detect evidence of the resulting plume, but clear, close-up footage of the rocket actually striking the surface has proven much harder to obtain.

That is one reason the Danuri images are so important.

They allow researchers to compare the surface before and after the event even though the actual collision was not captured in a dramatic close-up photograph.

Is this the first rocket to hit the Moon?

No.

Humans have been sending objects toward the Moon for decades, and several spacecraft and rocket stages have eventually ended up on its surface.

The difference is that most lunar impacts are not accidents involving a modern rocket stage that scientists have been tracking so closely.

The Moon has also been deliberately used for impact experiments.

NASA's LCROSS mission, for example, intentionally crashed a spacecraft component into the lunar surface in 2009 to investigate material in a permanently shadowed region near the Moon's south pole.

There have also been previous unplanned impacts involving spent rocket stages.

A Chinese Long March 3C upper stage hit the Moon in 2022, although its exact origin became a subject of debate before researchers linked it to a lunar mission.

The 2026 Falcon 9 impact is particularly interesting because its origin, trajectory and mission history are well established.

Scientists knew what object they were watching.

They knew where it was expected to hit.

And now they have before-and-after observations of the site.

Could this become a bigger problem as lunar missions increase?

The crash itself is not considered a danger to the Moon's environment in any dramatic sense.

The lunar surface is constantly being hit by natural objects such as meteoroids.

NASA notes that an impact with energy comparable to the Falcon 9 stage occurs naturally on the Moon roughly every few days.

But the number of human-made objects travelling through lunar space is increasing.

Countries and private companies are planning more lunar landers, orbiters, cargo missions and eventually crewed missions.

That means there will be more spacecraft operating around the Moon — and potentially more objects left behind after missions finish.

This makes tracking objects in lunar space increasingly important.

Researchers want to understand where spacecraft go after their useful lives end and whether they could interfere with future missions.

The Falcon 9 impact therefore provides an unusual real-world experiment.

Scientists can study exactly what happens when a large artificial object hits the Moon, rather than relying entirely on computer simulations.

What happens next?

The new Danuri images are only the beginning.

NASA's Lunar Reconnaissance Orbiter is also expected to study the impact site, providing another set of observations from lunar orbit. Scientists can then compare images from different spacecraft and analyse the crater in greater detail.

Researchers will likely examine the crater's dimensions, the distribution of ejecta and the surrounding terrain.

They can also compare those results with predictions made before the impact.

That matters because models of lunar impacts are used in planning future missions.

The better scientists understand how spacecraft and natural objects behave when they hit the Moon, the better they can predict what future impacts might look like.

A strange ending for a SpaceX rocket

The Falcon 9 upper stage began its journey as part of a commercial mission carrying spacecraft toward the Moon.

More than a year later, it ended that journey by becoming an unexpected lunar impactor.

There was no explosion visible from Earth, no dramatic livestream and no astronaut involved.

Instead, the event unfolded quietly on the far side of the Moon's landscape, where a four-tonne piece of human technology struck the surface at thousands of miles per hour.

Now, spacecraft are documenting the scar it left behind.

For scientists, that crater is more than a mark on the Moon.

It is a natural laboratory created by an artificial object — and a rare chance to see exactly what happens when modern space hardware meets an ancient lunar surface.

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