Engine power loss and emergency landing involving Cessna aircraft

Casualties unknown • Bryson City, NC, US

An aircraft experienced engine power loss during instrument flight, resulting in an emergency landing and collision with trees.

What happened

While operating in clouds at a cruise altitude of 7,000 feet, the pilot of the Cessna (registration not provided) experienced an engine surge followed by a loss of power approximately 30 minutes into the instrument flight. In response to the power loss, the pilot switched fuel tanks and activated the electric fuel pump; however, the fuel gauge indicated no fuel pressure, and the engine failed to regain full power. The pilot did not apply carburetor heat during the event. After declaring an emergency with air traffic control, the pilot attempted an emergency landing, during which the aircraft collided with trees.

The accident resulted in no fatalities (based on provided text), though the impact caused significant damage to the airframe. Post-accident examination revealed that the fuselage was buckled and both wing assemblies had separated from the fuselage.

The investigation

A post-accident examination of the aircraft was conducted, which revealed no mechanical or flight control anomalies. The investigation also included a review of Advisory Circular 20-113 regarding procedures for suspected induction system icing.

Probable cause

The pilot failed to apply carburetor heat during a period of engine power loss, potentially allowing induction system ice to persist.

Frequently asked questions

What happened in the 2005-11-14 Piper PA-32-260 accident near Bryson City, NC?

An aircraft experienced engine power loss during instrument flight, resulting in an emergency landing and collision with trees.

What aircraft was involved and where did it happen?

The accident on 2005-11-14 involved a Piper PA-32-260, registration N1186X, at Bryson City, NC.

What was the probable cause of the accident?

The pilot failed to apply carburetor heat during a period of engine power loss, potentially allowing induction system ice to persist.

Investigation report by the U.S. National Transportation Safety Board (NTSB) historical archive. Original record: https://carol.ntsb.gov/event/20051202X01923. This page is a structured re-presentation; facts and quotes are in the National Transportation Safety Board (NTSB), United States.

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