Another Starlink satellite experienced an anomaly, causing it to break apart into dozens of trackable fragments following an earlier incident in December. The initial failure involved propulsion tank venting and rapid orbital decay, though SpaceX claimed the satellite would fully demise upon reentry within weeks. The cause for both fragmentation events remains officially unexplained.

SpaceX engineers stated they were rapidly developing new software to mitigate risks after the first event, which they attributed to a propulsion system issue. This repeated failure raises fresh questions about the reliability of the mass-produced satellites forming Elon Musk’s constellation. The company has not yet confirmed if the recent breakup stems from the same root cause.

This repeated hardware failure complicates SpaceX's ambitious plans to deploy a million satellites, increasing operational complexity. Separately, Starlink Senior VP Michael Nicolls recently criticized a Chinese launch for lacking coordination, leading to a near-collision with a Starlink craft. Such incidents underscore the growing congestion risk in orbit.

While Starlink satellites are designed for controlled deorbiting over the ocean, unexpected breakups introduce more debris. Satellites are engineered to burn up completely, ensuring fragments possess negligible impact energy, a claim now being tested by these unplanned disassemblies.