Alaska 881 Oakland to Kahului - Struck flock of geese on takeoff.
Alaska Airlines 881 declares an emergency after ingesting geese into an engine during takeoff from Oakland.
Summary
Shortly after departing Oakland for Hawaii, Alaska Airlines Flight 881 struck a flock of geese, resulting in the ingestion of a bird into the number two engine. The crew declared an emergency and spent time maneuvering to burn off fuel weight before returning for a safe landing. Ground crews conducted a high-speed runway sweep to clear "engine parts" and debris before the aircraft's arrival.
Analysis
This recording captures a textbook response to a bird strike involving a heavy-weight departure. Alaska 881 was bound for Kahului, Hawaii, meaning the Boeing 737 was loaded with 38,000 pounds of fuel. When the aircraft struck a flock of geese on liftoff, the crew reported ingesting at least one into the right-side (#2) engine. Because the aircraft was significantly above its maximum structural landing weight, the pilots had to coordinate with NorCal Departure to circle and burn fuel before it was safe to touch down back at Oakland.
The interaction between Oakland Tower and Airport Operations (units Airport 10 and 11) highlights the critical importance of runway safety during an emergency. The controllers prioritized a "full sweep" of Runway 29 to ensure no carcasses or "FOD" (Foreign Object Debris) remained that could cause further damage to the returning Alaska flight or other departing aircraft like the Southwest and FedEx flights mentioned. This coordination is a high-stakes balancing act: clearing the runway while an emergency aircraft is inbound.
A notable technical moment occurs after landing when Airport 10 informs the pilot that they recovered engine parts from the runway. Despite this internal damage, the pilot remarks that the engine was "still running," a testament to modern jet engine durability. The crew's professional demeanor is punctuated by lighthearted "gallows humor," with the captain joking about "hunting without a license."
The event concludes with a successful landing and a "chase" by Airport Rescue and Firefighting (ARFF) vehicles to ensure no fire was present. The incident serves as a clear example of how pilots manage mechanical damage and weight considerations, and how tower controllers manage airport resources to maintain safety for all traffic during a crisis.