On August 5, 2026, a SpaceX rocket booster will crash into the moon at a speed of 5,400 miles per hour. Bill Gray, an astronomer, detected this impact using his own software. The object, known as 2025-010D, is a SpaceX booster that didn’t burn up in the atmosphere after launching its payload and ended up in Earth’s orbit.
Gray first identified the booster’s trajectory last September. Despite his astronomy background, he hesitates to call himself a professional astronomer since he doesn’t have a PhD. He found that calculating the rocket’s course was mostly straightforward, but solar radiation pressure added complexity. This pressure comes from sunlight, which exert tiny forces on objects in space.
Interestingly, Gray also predicted the 2022 crash of the Chinese Chang’e 5-T1 booster onto the moon. That event caused some confusion, partly due to misinformation from China’s Foreign Ministry. While the upcoming crash of 2025-010D will likely not be visible from Earth, it will occur on the moon’s near side and in sunlight. In contrast, the Chang’e crash was hidden on the far side of the moon.
Although no one will see the impact directly, the Lunar Reconnaissance Orbiter should capture images of it, just as it did with the Chang’e crash.
In the realm of space junk, it’s worth noting that humans have left around 400,000 pounds of debris on the moon, complicating future exploration. As we venture deeper into space, understanding and managing this debris becomes critical.
From a social perspective, tracking these events has sparked interest on social media. Many users share their thoughts and reactions to upcoming lunar missions, emphasizing public enthusiasm for space exploration and discovery. As initiatives like SpaceX continue to advance, experts anticipate more interactions between human-made objects and celestial bodies.
For additional insight into the impact of space debris and its management, you can refer to the European Space Agency’s report. Exploring our past actions in space can guide us in making more informed decisions for future missions.
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moon,orbital debris,spacex
