The Orbital Report

Space debris remains a critical threat to orbital infrastructure and human spaceflight safety.

Soviet satellite fragmentation creates additional debris, heightening orbital collision hazards.

Another satellite breakup intensifies focus on cascading debris and collision risks in orbit.

Over 4,000 payloads launched in 2025; space debris collision risk reaches critical threshold.

SpaceX reports hundreds of annual Starlink near-misses, highlighting LEO congestion and collision risk.

SpaceX accuses rival operators of unsafe maneuvers endangering Starlink constellation.

U.S. Space Force confirms Cold War spy satellite fragmentation event, generating new orbital debris.

US Space Force confirms breakup of Cold War-era spy satellite, generating additional orbital debris.

Another satellite breakup signals worsening orbital debris crisis and collision cascade risk.

Kessler Syndrome shifts from theory to operational threat as debris population and collision risk accelerate.

Analysis of Kessler Syndrome risk and whether orbital debris cascades could make space inaccessible.

European report warns of heightened orbital collision risk amid debris accumulation.

European report sounds alarm on collision risk as satellite constellations approach Kessler syndrome thresholds.

Existing space debris will keep multiplying even if launches stop, revealing the cascade problem.

Starlink executed 207,000+ avoidance maneuvers in six months, revealing acute collision hazard scale.

Study finds debris cascade continues independent of new launches; mitigation action critical.

Chinese satellite fragmentation in orbit creates new debris hazard and cascade risk.

Fengyun debris conjunction with Starlink triggers conjunction alert; SSA systems flag potential close approach.

Orbital collisions surge amid LEO congestion from mega-constellations and active satellites.

Chinese rocket debris tracked near Starlink constellation; collision risk being monitored.