A Starlink Satellite Appears to Disintegrate in Orbit

Published on January 06, 2026 | Translated from Spanish
Conceptual illustration of a Starlink satellite disintegrating in low Earth orbit, releasing multiple metallic fragments against the background of space and Earth.

A Starlink Satellite Appears to Disintegrate in Orbit

The Starlink constellation from SpaceX faces an unusual incident. Recent observations suggest that one of its satellites fragmented in space, an event that raises concerns due to the immediate increase in orbital debris. 🛰️💥

The Astronomical Community Raises the Alarm

Astronomer Jonathan McDowell from the Harvard-Smithsonian Center for Astrophysics was the one who reported the event. His tracking data shows that the satellite designated as Starlink 11312 experienced a sudden change, releasing several fragments. This points to a breakup or even an onboard explosion.

Immediate Consequences of the Fragmentation:
  • Increases the collision risk for other spacecraft and satellites in nearby orbits.
  • Adds dozens of new objects to the already dense population of space debris.
  • Complicates traffic and safety operations in low Earth orbit.
"Any unplanned fragmentation event is bad news for the sustainability of near-Earth space." - Jonathan McDowell, astronomer.

SpaceX Has Not Commented on the Causes

To date, SpaceX has not issued any official statement detailing what may have caused this disintegration. The Starlink constellation exceeds three thousand operational satellites, and protocols require that at the end of their useful life, they are deorbited in a controlled manner to avoid generating debris.

Key Points on Satellite Management:
  • Operators must plan controlled deorbiting of their artifacts.
  • A failure that generates fragments goes against guidelines to mitigate debris.
  • Space agencies monitor these events to assess risk in real time.

A Costly Reminder for the Space Industry

This incident underscores the challenges of operating megaconstellations. Although systems are designed to avoid failures, sometimes things in space don't go as planned and they "disassemble themselves", inadvertently creating very costly orbital junk. The event forces a review of protocols and the reliability of satellites in an increasingly congested environment.