Another space debris is bringing the issue of orbital object management to the forefront, as the upper stage of a SpaceX rocket is expected to crash into the Moon in early August. The part, which comes from a Falcon 9, is out of control and is now on a collision course with the Earth's natural satellite.
This development comes at a time of increased activity around the Moon, with commercial and government missions proliferating, heightening concerns about space debris management.
The success of the Blue Ghost mission and the paradox of the collision
Firefly Aerospace 's Blue Ghost Mission 1 launched in January 2025 and achieved a historic success. On March 2, the lander made the first fully successful commercial lunar landing in the Mare Crisium region of the moon.
See also: A comet and a shooting star crossed paths over a European castle
The mission is considered a milestone for private exploration of the Moon, but it is now accompanied by a less positive development: the upper stage of the rocket that carried the spacecraft did not return to a controlled orbit and is headed for impact.
Track tracking and predicted impact
The object, known as 2025-010D, has been monitored by experts since its launch. Astronomer Bill Gray, creator of the Guide and a member of Project Pluto, explains that its orbit has gradually changed over the past year, now leading it to an inevitable collision.
The impact is expected to occur on August 5th and on the visible side of the Moon, which increases interest in possible observation from Earth.
SpaceX rocket: Will the collision be visible from Earth?
Despite the interest, the chances of a visible explosion remain uncertain. According to Gray, the impact point would be near the “edge” of the Moon and in a lit area, which theoretically helps observation.
However, previous similar efforts, such as NASA's LCROSS mission in 2009, have failed to produce visible results, even under controlled conditions, leading many scientists to be skeptical about whether this impact will actually be spectacular.
Failed mission and lost spaceships
The Japanese lander HAKUTO-R M2 Resilience, but it failed to complete its mission. Shortly before the lunar landing, it experienced a malfunction in its laser range-finding system and crashed on the lunar surface.
See also: Japan's MMX mission ready for launch to Mars' moons
This incident highlights the technical challenges that still accompany lunar missions, even in an era of intense commercial activity in space.
Scientific interest but also concerns
Although the upcoming impact is not considered hazardous, it may provide limited scientific data, such as information on the behavior of lunar soil after an impact. However, the main issue that emerges is the lack of strict control over the management of space debris.
Gray points out that such incidents do not pose an immediate threat, but rather reveal a form of "carelessness" in the way objects are abandoned in space.
The future of the Moon and the need for rules
As missions to the Moon increase and manned missions are planned in the coming years, the issue of safety becomes more important. Although the likelihood of active spacecraft is extremely small today, the picture could change in the future.
See also: Voyager 1 gains another year of life in space
In a scenario with increased human presence on the Moon, even a seemingly harmless piece of space debris could pose serious risks. The need for better orbital design and responsible management of space debris is now more urgent than ever.
The upcoming impact may not produce spectacular images, but it certainly offers a clear reminder: space exploration requires not only technological progress, but also responsible management of its consequences.
