Spirit Airlines #647 Reports Engine fire after take off from KIAG
Spirit 647 diverts to Buffalo after reporting an engine fire shortly after takeoff from Niagara Falls.
Summary
Spirit Airlines Flight 647 experienced an engine malfunction and reported a fire on the right side shortly after departing Niagara Falls International Airport. The crew declared an emergency and diverted to Buffalo Niagara International Airport for a single-engine landing. The pilots successfully landed the Airbus A320 with 145 people on board while emergency crews waited on the runway.
Analysis
This recording captures a textbook example of an emergency diversion following a "land as soon as possible" scenario. Shortly after departure from Niagara Falls (KIAG), the crew of Spirit 647 reported an issue with their number two (right-side) engine. The situation escalated when the pilot urgently requested a heading for Buffalo, stating they had a "fire on the right side." This shift in tone highlights the transition from a mechanical malfunction to a time-critical emergency.
The interaction between the Buffalo Approach controller and the Spirit crew is a model of professional efficiency. The controller immediately offers "any runway you'd like" and provides essential navigation data (ILS frequencies and headings) to reduce the pilots' workload. The pilots, while clearly busy managing the failed engine and performing checklists, remain calm and provide necessary information such as "souls on board" (145) and fuel state (4 hours).
In aviation terms, an engine fire or severe damage requires the crew to shut down the affected engine and discharge fire suppression bottles. During the final stages of the approach, the pilot clarifies that the fire report originated from the cabin and that they followed shutdown procedures. This distinction is common in bird strike incidents, where flames may be visible to passengers and crew due to engine surges, even if the fire is contained or extinguished by the shutdown.
The aircraft landed safely on Runway 5 at Buffalo. Post-incident reports confirmed that the engine failure was caused by a bird strike during the initial climb. This recording is significant for demonstrating how pilots and controllers prioritize tasks (aviate, navigate, communicate) during the critical minutes following a major mechanical failure at low altitude.