Pilot notified OAK Tower of Seagulls and then hits one departing
A pilot warns of seagulls on the runway, strikes one during takeoff, and declares an emergency.
Summary
ExecuJet 626 reported a bird hazard at Oakland International Airport before being cleared for takeoff on Runway 28 Right. Immediately after departure, the pilot confirmed a bird strike and reported engine vibrations, leading to an emergency declaration and a successful precautionary landing.
Analysis
This recording captures a textbook example of a bird strike incident and the subsequent emergency procedures. It begins with the pilot of ExecuJet 626 demonstrating high situational awareness by warning the tower about "a bunch of seagulls" on the runway while lining up for departure. The controller acknowledges that a previous pilot had also reported the hazard, but the flight proceeds with its takeoff clearance.
Shortly after rotation, the pilot informs the tower that they struck at least one bird and need to return to the airport. The situation escalates when the pilot declares an emergency, citing vibrations in the left engine—a clear sign that the bird was likely ingested into the engine, damaging the fan blades. This is a critical moment, as engine vibrations can lead to catastrophic failure if not managed quickly by reducing power or shutting the engine down.
The Oakland Tower controller provides excellent support, using local landmarks like the "880 freeway" to guide the pilot through a tight traffic pattern for a landing on the parallel runway (28 Left). This visual navigation assistance reduces the pilot's workload during a high-stress moment. The controller also coordinates with multiple emergency vehicles (Rescue 1, Rescue 17) and airport operations to ensure the runway is inspected for debris and the aircraft is shadowed upon landing.
The incident concludes safely, with the pilot choosing to taxi under their own power to the Signature FBO once they determine the aircraft is stable. This recording is notable for the clear communication between the cockpit and the tower, illustrating how pre-departure hazards can manifest into real emergencies and how professional coordination ensures a safe outcome.