The satellite was first spotted by independent observers as an object emitting unusual flashes of light, indicating unstable rotational motion. Orbital analysis confirmed that the satellite had entered a phase of uncontrolled tumbling, while its orbit began to decay — a classic sign of lost maneuvering capability.
Experts suggest that the incident most likely resulted from a partial structural failure of the satellite, although the exact cause has not been officially confirmed. Possible explanations include technical malfunctions as well as a potential collision with small fragments of space debris, whose population in low Earth orbit continues to grow.
Starlink satellites are designed to burn up in the atmosphere during deorbiting, minimizing risks to people on the ground. In this case, the object is already low enough that full atmospheric reentry is only a matter of time, and most fragments are expected to disintegrate before reaching the Earth’s surface.
The event once again highlights the growing challenges of traffic management in low Earth orbit. The Starlink constellation already consists of several thousand active satellites, with more being launched on a regular basis. While individual failures are not unusual, each satellite breakup increases the number of objects that must be tracked and raises the risk of collisions.
It is also worth noting that amateur astronomers and organizations monitoring orbital objects are playing an increasingly important role in detecting such incidents. It was precisely thanks to their observations that the problem with the Starlink satellite was quickly identified and confirmed to be in an uncontrolled descent from orbit.
