NASA released striking new images this week that show the exact spot where a SpaceX Falcon rocket’s upper stage slammed into the Moon on Aug. 5. The photos, taken by the agency’s Lunar Reconnaissance Orbiter (LRO), provide the clearest view yet of the fresh crater and the surrounding ejecta patterns.
Impact details and crater dimensions
The Falcon upper stage was traveling at roughly 5,400 mph (8,700 kph) when it collided with the lunar surface after drifting in space for more than a year. Scientists estimate the resulting crater is about 60 feet (18 meters) across and less than 10 feet (3 meters) deep.
What the images reveal
High‑resolution LRO photos taken a week after the impact show distinct dark and bright streaks radiating from the crater like butterfly wings. The darker rays are composed of material that was near the surface and has been altered over billions of years by solar wind, cosmic rays and micrometeorite impacts. The brighter rays consist of fresh rock and soil that were excavated from deeper layers and flung outward during the collision.
How the data were collected
To capture the scene, the orbiter maneuvered to a altitude of about 60 miles (96 kilometers) and tilted its camera suite toward the impact site while traveling at roughly one mile per second. The LRO completes a polar orbit of the Moon every two hours, allowing it to revisit the same region regularly. It took six days for the crash site to rotate into view after the impact.
International context
South Korea’s Danuri spacecraft was the first to transmit images of the new crater, highlighting the collaborative nature of modern lunar exploration. The LRO, which has been orbiting the Moon since 2009, continues to serve as NASA’s primary eyes on the lunar surface as the agency prepares to return astronauts to the Moon under the Artemis program.
Why the impact matters
Beyond the visual spectacle, the impact provides scientists with a natural experiment to study how the lunar surface responds to high‑velocity collisions. By comparing pre‑impact and post‑impact imagery, researchers can refine models of crater formation, assess the distribution of ejecta, and improve future mission planning for both government and commercial partners.
Looking ahead
NASA plans to continue monitoring the site over the coming months and years, tracking any changes as the Moon’s environment continues to shape the new formation. The data will also inform the design of future commercial landers and rovers, ensuring that private ventures like SpaceX’s lunar initiatives can operate safely alongside scientific objectives.
These images underscore the growing role of commercial companies in lunar exploration while demonstrating the value of NASA’s long‑standing orbital assets in documenting and understanding our nearest celestial neighbor.
Original reporting: Alexandria, VA News – WTOP News — read the source article.
