Moon: SpaceX rocket fell at a speed of 9.000 km/h

The anatomy of a lunar impact

In our own analyses of orbital mechanics, we know well that objects that lose their propulsion in space never simply disappear. The piece of the Falcon 9 rocket, which was the size of a five-story building and weighed over 4 tons, acted like an uncontrolled missile. At a speed of 9.000 kilometers per hour, the energy released was equivalent to the explosion of 3 tons of TNT, irreparably marking the lunar soil.

Unlike Earth, where the atmosphere acts as a shield, incinerating most space debris, the Moon has few mounds. Every object impacts with raw, uncontrolled force, leaving huge craters in its wake. In this case, the creation of a 20- to 30-meter crater is a harsh reminder of the footprint humanity leaves beyond the boundaries of our planet.

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The lack of visual data and research

Despite the precise timing of the impact at 9:35 Greek time, the absence of photographic or video footage of the explosion itself left many questions unanswered. Amateur astrophotographers who pointed their telescopes at the Moon were unable to capture the expected faint glow. However, telemetry and orbital data confirm the completion of the impact trajectory.

Now, the scientific community and NASA are turning their attention to pinpointing the exact location and the new crater. Mapping this impact is not just an academic exercise. It provides valuable data for improving trajectory prediction algorithms, protecting future satellites and telecommunications networks at risk from similar inert objects.

The major issue of space debris

The problem is not limited to Earth or the Moon, but concerns the viability of modern telecommunications and future space missions. When companies and space agencies leave huge components wandering around without plans for controlled reentry or disposal, they create minefields in orbit. In our lab, observing the increasing congestion in space, we understand that the cost of negligence will soon be paid in terrestrial infrastructure.

We face similar issues in terrestrial networks, where lack of proper planning leads to congestion. You can read more about modern network challenges in our article on FTTH infrastructure in Greece.

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Our opinion at TechNoid

We at TechNoid firmly believe that the era of the “wild west” in space must end immediately. Shifting responsibility from private space companies under the pretext of high fuel costs for controlled descent is a dangerous tactic. The Moon is not humanity’s dumping ground, nor is space an unlimited playground for billionaires.

If humanity is serious about preparing for permanent bases on the Moon and commercial exploitation of space, international regulators must impose strict fines and mandatory recovery protocols. The current tolerance for inert rocket parts undermines the safety of future generations and requires an immediate change of course before we suffer critical damage to orbiting satellites.