Intelsat 33e breakup in geostationary orbit (October 2024)

On 19 October 2024, the Intelsat 33e communications satellite broke apart in geostationary orbit at roughly 35,800 km, an anomaly that ended the spacecraft as a total loss and interrupted communications service across parts of Europe, Africa, and the Asia-Pacific.

A rare high-altitude breakup Most tracked breakups happen in low Earth orbit; a fragmentation at geostationary altitude is far less common and harder to observe, because objects there are roughly a hundred times farther away than typical LEO debris. The US Space Force initially reported tracking around twenty pieces, while commercial space-tracking firms using optical sensors subsequently catalogued additional fragments.

Why GEO debris is different Geostationary orbit does not experience meaningful atmospheric drag, so fragments created there do not re-enter on any practical timescale — they remain near the crowded GEO belt for a very long time. Intelsat 33e, a Boeing-built satellite launched in 2016, had a documented history of propulsion problems earlier in its life, and its loss renewed attention on debris generation in the commercially vital geostationary region.