Severe Disruption At London Airports Following Computer Failure
A technical problem at the Swanwick air traffic control centre in Hampshire has been blamed. This post has been updated.
London’s airspace was restricted on Friday following a computer failure.
Britain demands investigation into cause of air traffic shutdown.
British officials called for an investigation into the roughly 35-minute shutdown Friday that severely disrupted air travel during the busy holiday travel season.
The shutdown prompted flight cancellations in London and other parts of Europe that officials said would spill over into Saturday, the Associated Press reported.
Britain's transportation secretary, Patrick McLoughlin, called the massive disruption "simply unacceptable" and asked for a full explanation.
The NATS center at Swanwick, which runs the air traffic system, has been plagued with software and reliability issues since opening 12 years ago at twice its anticipated cost and six years late, the AP reported.
The issue was blamed on a technical problem at the Swanwick air traffic control centre in Hampshire. A spokesperson said:
NATS can confirm that a technical problem has been reported at Swanwick air traffic control centre.
UK airspace has not been closed, but airspace capacity has been restricted in order to manage the situation. We apologise for any delays and our incident response team has been mobilised.
Every possible action is being taken to assist in resolving the situation and to confirm the details.
Further information will be released as it becomes available.
ITV reported that Manchester Airport has said it is prepared to take diverted flights due to the disruption.
The technical problem is expected to cause considerable delays, with a large number of flights grounded.
Heathrow airport is warning of "severe disruption".
Stanstead said the all departing flights are currently grounded.
Gatwick said flights were departing but that there are delays.
NATS has said its system has been restored and it is in the process of returning to normal operations.