Bird Strike Blamed in Jeju Air Crash as Pilots Turned Off Less Damaged Engine

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Full Story

Investigators say a Jeju Air plane that crash-landed in December suffered bird strikes to both engines. Preliminary findings indicate that pilots shut down the engine that was less damaged just before the crash.

Both engines reportedly experienced impact with birds, compromising the aircraft’s propulsion. Despite that, the flight crew turned off the engine that was in better condition.

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The Context

The crash-landing caused significant concern about procedural errors and bird hazards near airports. Authorities are still evaluating whether the shutdown was a mistake or a forced choice under pressure.

Bird strikes are a known risk in aviation and have been responsible for multiple emergencies in past decades. Airports use various deterrent measures, but no system is entirely foolproof.

Critics argue that pilot decision-making in crisis scenarios must be subject to more rigorous simulation training. Others caution against rushing to judgment until full data analysis is completed.

Engine shutdown protocols are complex and depend on instrument readings, noise, vibration, and pilot judgment. Misjudgments in high-stress situations have been known to lead to catastrophic outcomes.

South Korea’s aviation oversight agency is continuing its investigation and has not ruled out procedural fault. Full accountability will depend on flight data recorders and cockpit communication reviews.

The crash raises broader questions about how well pilots are trained for dual engine emergencies. Public trust in air safety may hinge on clear explanations and corrective actions following the report.