Military aircraft reportedly blamed for UK air traffic control outage
A significant air traffic control outage in the UK on Tuesday, which grounded over 2,000 flights and affected hundreds of thousands of passengers, was reportedly caused by a UK military aircraft entering "spurious" flight data into the National Air Traffic Services (Nats) system. The system reportedly shut down for four hours due to this data issue, which Nats operations managers stated was exacerbated by the absence of a dedicated backup system during a period of system overhaul.

Briefing Summary
AI-generatedA significant air traffic control outage in the UK on Tuesday, which grounded over 2,000 flights and affected hundreds of thousands of passengers, was reportedly caused by a UK military aircraft entering "spurious" flight data into the National Air Traffic Services (Nats) system. The system reportedly shut down for four hours due to this data issue, which Nats operations managers stated was exacerbated by the absence of a dedicated backup system during a period of system overhaul. Transport Secretary Heidi Alexander has summoned Nats CEO Martin Rolfe and commissioned an independent review by the Civil Aviation Authority into the incident, stating she does not believe the issue was unavoidable. The Ministry of Defence has indicated no wrongdoing on the part of the military, pending the Nats investigation.
Article analysis
Model · rule-basedKey claims
5 extractedRyanair CEO Michael O'Leary called for Martin Rolfe's resignation, accusing him of 'telling lies to save his own skin'.
Transport secretary Heidi Alexander summoned Nats CEO Martin Rolfe and commissioned an independent review into the incident.
The outage affected hundreds of thousands of passengers, with over 2,000 flights cancelled on Tuesday.
Nats operations officer informed airports and airlines that the system lacked a dedicated backup due to a system overhaul and high data duplication costs.
UK air traffic control outage caused by military aircraft entering spurious flight data into the system.