NASA captures images of 60-foot crater left by SpaceX rocket on Moon

On August 5, a SpaceX Falcon 9 rocket upper stage struck the Moon's surface with enough force to carve out a crater 60 feet across. Six days later, NASA's Lunar Reconnaissance Orbiter finally had the chance to photograph it—a feat that required the kind of precision timing that makes space exploration look less like science and more like threading a needle from 60 miles away.

The images, released on Tuesday, August 18, were captured between August 11 and 12 by the LRO, a spacecraft that has been circling the Moon pole to pole since 2009, completing an orbit every two hours. The crater itself was shallow—less than 10 feet deep—but its features told a story written in dust and rock. Scientists measured it by analyzing the length of its shadow, a technique as old as lunar observation itself. The Falcon 9 that created it had launched in January 2025 carrying Firefly Aerospace's Blue Ghost 1 lander, a private mission that successfully touched down on the lunar surface. The upper stage, no longer needed, continued on its trajectory until gravity pulled it down.

But NASA wasn't the first to see the impact site. South Korea's space agency had already published photographs taken by their Korea Pathfinder Lunar Orbiter—known as Danuri—on August 6, just a day after the collision. What followed was a demonstration of how modern space exploration works: a global coordination effort that blended institutional expertise with the kind of precision that leaves no room for error.

The challenge of capturing the image was deceptively simple to state and fiendishly difficult to execute. The LRO orbits the Moon constantly, but to photograph a specific location, the spacecraft must wait until that spot rotates into view. In this case, that wait stretched six days. When the moment finally arrived, the spacecraft had to be tilted at exactly the right angle so its camera pointed at the crater as it passed overhead. NASA's engineers faced a timing window so narrow that a delay of just 10 seconds would have shifted the target 10 miles off-center, rendering the shot useless.

What the LRO captured revealed the violence of the impact in geological detail. Darker streaks radiated outward from the crater's center, composed of subsurface dust and rock that had been altered over eons by solar wind, cosmic rays, and micrometeorite bombardment. These materials had been buried roughly 1.5 feet below the surface until the collision excavated them. Brighter streaks hugged the crater's rim—fresh material pulled up from deeper underground, still unmarked by the weathering that darkens older lunar soil.

The effort to find and photograph the site itself became a case study in international collaboration. NASA's Center for Near Earth Object Studies had incrementally refined the Falcon 9's trajectory, narrowing down the impact location with each calculation. Once they had coordinates, they shared them with the Korean team. Danuri's observations then fed back to NASA's LRO team, helping them plan their imaging sequence with greater precision. Hobbyists and leading experts worked alongside institutional teams, each contribution sharpening the picture of where exactly on the Moon's surface this collision had occurred.

The images now sit in NASA's archives as documentation of human activity on another world—evidence that our machines reach the Moon, and sometimes leave marks that can be seen from orbit. As space agencies plan future missions and private companies expand their lunar operations, these photographs serve as a record of what happens when a rocket stage falls from the sky.