Cessna Pilot Encountered Turbulence Near Anchorage
A pilot was injured and their aircraft damaged during a September 2024 flight near Lake Hood Airport.
Updated on Sept. 22, 2026 in Accidents
In September 2024, a Cessna 180B pilot sustained minor injuries after encountering wake turbulence while approaching Lake Hood Airport in Anchorage. The aircraft suffered substantial right-wing damage during the incident, which occurred at an altitude of 1,050 feet.
Why it matters
The incident highlights the dangers of wake turbulence for smaller general aviation aircraft operating in the vicinity of larger commercial jets. The pilot likely encountered the invisible, powerful air vortices generated by a Boeing 747 inbound to an adjacent runway.
The incident is tracked under NTSB identification number 195122. Officials documented substantial damage to the right wing of the Cessna 180B during the investigation.
The players
NTSB
The National Transportation Safety Board is the independent U.S. government investigative agency responsible for civil transportation accident inquiries.
The details
While flying seven miles from Lake Hood Airport, the aircraft dropped violently after striking wake turbulence from a nearby Boeing 747. The force of the movement caused the pilot to strike his head on the ceiling of the cockpit, though he managed to land the airplane uneventfully.
Timeline
The incident occurred in September 2024.
Legal Context
This incident follows the well-documented patterns of wake turbulence encounters that the NTSB safety protocols aim to prevent. Aviation regulations mandate specific separation distances to mitigate these risks in busy terminal environments.
The incident serves as a reminder of the proximity of smaller private aircraft to heavy commercial traffic in the Anchorage airspace. Pilots and local aviation enthusiasts are encouraged to review current FAA guidance regarding wake turbulence separation.
The takeaway
Pilots operating small aircraft in busy corridors must remain hyper-vigilant of the air disturbances caused by much larger jets. Maintaining increased separation from the flight paths of heavy aircraft is the most effective way to avoid unexpected turbulence encounters.
Further reading
For additional context on regional aviation safety incidents, visit Accidents.
Source note: This article includes information reported by General Aviation News.
