UK orders probe into air traffic failure that stranded thousands
At a glance
- UK government has given air traffic provider NATS one week to report on a major system failure.
- The failure has caused cancellations and delays for hundreds of thousands of passengers.
- A separate independent review by the Civil Aviation Authority has also been announced.
Story so far
A major technical fault in the UK's national air traffic control system (NATS) on Tuesday led to severe and ongoing travel disruption. By Thursday, over 2,000 flights had been cancelled or delayed, affecting major airports including Heathrow, Gatwick, and Manchester. Although the system was restored on Wednesday, knock-on effects have continued to strand passengers.
Latest development
The UK government has ordered the national air traffic provider NATS to report on the cause of the system failure within one week. A separate, six-month independent review by the Civil Aviation Authority will also be conducted.
Latest updates
The UK government has given the national air traffic control provider, NATS, one week to investigate the system failure that caused widespread flight disruptions. Transport Minister Heidi Alexander summoned NATS CEO Martin Rolfe to explain the incident.
After the meeting, the minister told parliament she did not believe the outage was caused by a cyberattack but added, “I do not believe this issue was unavoidable.” She announced a separate, independent review by the Civil Aviation Authority (CAA), which is expected to report its findings in six months.
The incident marks the second major failure for NATS in three years, following a shutdown in August 2023 that cost airlines a reported £100 million. Ryanair CEO Michael O'Leary called for the NATS chief to step down, while NATS maintained the current issue with its flight data system was different from the 2023 incident.
The widespread disruption caused by a technical fault in the UK's national air traffic control system has resulted in more than 2,000 flights being cancelled or delayed, according to reports on Thursday, September 10.
The UK's national air traffic control system has been restored after a major technical fault, according to reports on Wednesday, September 9. The disruption, which began on Tuesday, is now said to have affected a total of 4,000 flights, leading to widespread cancellations and delays across the country.
Disruption at UK airports has continued into a second day following a major technical fault in the national air traffic control system on Tuesday. Passengers are still facing delays and cancellations as airlines work to restore normal schedules.
The number of flights cancelled due to the technical fault in the UK's air traffic control system has now exceeded 900, according to the latest reports.
Sources and updates
UK gives air traffic provider a week to probe outage that halted flights
LONDON: Britain’s NATS air traffic control provider has a week to investigate the systems failure that halted flights and stranded hundreds of thousands of passengers, the government said, as pressure mounts on its chief executive. Travel disruption
برطانیہ میں فضائی نظام درہم برہم، 1000 سے زائد پروازیں متاثر
برطانیہ میں فضائی نظام مکمل طور پر کریش کرگیا، جس کے سبب ہزاروں ملکی و غیر ملکی افراد کرب میں مبتلا ہوگئے۔
برطانیہ: ایئر ٹریفک کنٹرول سسٹم میں تکنیکی خرابی، فلائٹ شیڈول متاثر، مسافر پریشان
برطاینہ کے ایئر پورٹس کے ایئر ٹریفک کنٹرول سسٹم میں تکنیکی خرابی سے پروازوں کا شیڈول متاثر ہوا ہے۔
It’s a stark reminder that even the most advanced systems can have a single point of failure. The cascading effect on thousands of people is immense. Makes you think about the resilience of our own critical digital infrastructure.
Absolutely. This is why robust testing and having redundant, independent backup systems are non-negotiable for national infrastructure. I hope our own aviation authorities are taking notes on this incident.
The knock-on effect must be a logistical nightmare. It’s not just about fixing the code, but rerouting planes, rebooking thousands of passengers, and managing crew schedules. So much complexity.