New Emergency Regulations: No-Fly Zone Imposed Over Bloomsbury, London

New Emergency Regulations: No-Fly Zone Imposed Over Bloomsbury, London

9 July 2025 at 2:07 pm (Europe/London)

In a swift response to an emerging situation, the UK government has implemented emergency regulations restricting airspace over Bloomsbury, London. As of 9:20 a.m. on 9th July 2025, the Secretary of State for Transport has declared a no-fly zone for unmanned aircraft, effective immediately.

What's Happening?

The regulations, officially titled The Air Navigation (Restriction of Flying) (Bloomsbury, London) (Emergency) Regulations 2025, have been enacted due to an unspecified emergency in the Bloomsbury area. While the specific nature of the emergency has not been disclosed, the decision underscores a significant concern for public safety.

Key Details

  • Restricted Area: The airspace restriction applies to an area centred in Bloomsbury, marked by the coordinates 51°31'10"N 0°07'37"W. The restriction covers a circular area with a radius of 0.3 nautical miles.
  • Altitude Limit: Unmanned aircraft, commonly known as drones, are prohibited from flying below 2,000 feet above mean sea level within this specified zone.
  • Exceptions: The only exception to this rule applies to unmanned aircraft operating under explicit directions from the Metropolitan Police.

Why This Matters

The introduction of these regulations highlights a proactive measure to ensure safety and security in light of potential threats or incidents. Such restrictions are typically temporary and will be lifted once the situation is resolved.

What to Do

Operators of unmanned aircraft in the vicinity should immediately comply with these new regulations to avoid penalties. It’s crucial to stay informed about updates from the Department for Transport and the Metropolitan Police regarding any changes to the airspace restrictions.

Stay tuned for further updates as more information becomes available concerning the nature of the emergency and the duration of these restrictions.