Intelsat 33e breaks up in geostationary orbit

Boeing, MBAs, and Corporate Culture

• Multiple comments tie this failure to Boeing’s broader quality and governance problems, referencing an earlier failure of a similar Boeing satellite bus (Intelsat‑29e).
• Debate centers on “MBA culture” and financial optimization eroding engineering quality and safety.
• Others argue any mono‑disciplinary leadership (only engineers, only MBAs, only sales) would fail differently; the real issue is poor leadership and promotion of the wrong people.
• A vivid “who runs the restaurant” analogy contrasts engineer‑, sales‑, and MBA‑driven organizations and their failure modes.

Technical Risk in Geostationary Orbit (GEO)

• GEO is economically critical and “crowded” in angular terms, though satellites are physically hundreds of km apart.
• Intelsat 33e had nearby neighbors; some worry about debris hitting other GEO satellites, including military assets.
• Several comments explain that an explosion imparts small velocity changes, creating eccentric orbits that still intersect GEO and can pose long‑term risk.
• Probabilities of immediate collision are described as tiny, but cumulative risk over time and across many objects raises Kessler‑like concerns.
• GEO debris persists essentially indefinitely; LEO debris generally deorbits faster, but higher LEO shells can last centuries.

Possible Causes of Breakup

• Two broad hypotheses recur:
  • Internal failure leading to uncontrolled energy release (propellant, pressurization, batteries).
  • Impact from micrometeoroids or small debris, possibly related to an active meteor shower.
• Prior propulsion anomalies on this satellite, and a similar failure of Intelsat‑29e, make internal faults a favored explanation for some.
• A few raise anti‑satellite (ASAT) attack as a theoretical possibility; others consider malfunction far more likely.

Regulation, Liability, and Cleanup

• Several comments decry “anomaly” language as corporate euphemism for “blew up.”
• Proposals include tougher regulation with personal liability for executives, mandatory insurance funds, and orbit‑specific premiums for non‑self‑cleaning regimes like GEO.
• Some envision active debris‑removal missions that rendezvous with GEO junk and drag it down to low LEO for reentry.
• Discussion contrasts operators that design for fast deorbit (e.g., low‑orbit constellations) with GEO platforms that leave very long‑lived debris.

Space Forces, Operations, and Observation

• Brief discussion of the U.S. Space Force notes its separation from the Air Force due to the growing strategic importance of space.
• Comparisons are made between Boeing’s separated R&D/manufacturing model and Airbus’s tighter colocated engineering and production.
• Commenters note that even amateurs can image GEO satellites and debris with long exposures; commercial services already track such events.
• Historical GEO fragmentations (e.g., Ekran series, AMC‑9, Telkom‑1) are cited to show this is not the first GEO breakup.