An American Airlines jet declared mayday and turned back to Myrtle Beach after a bird strike with 172 aboard

A routine morning departure from the South Carolina coast turned into an emergency on August 10, 2026, when an American Airlines jet flew into a flock of birds moments after lifting off from Myrtle Beach. Passengers seated near the wing watched flame and sparks pulse from an engine as the crew declared a mayday and turned the aircraft back toward the runway it had just left. Everyone aboard walked off safely at the gate, but the episode is a vivid reminder of a hazard that keeps growing more common at airports across the country.

The sequence aboard Flight 1760

The aircraft, a Boeing 737-800, had just begun its climb out of Myrtle Beach International Airport bound for Charlotte when it passed through a group of birds. The ingestion caused one engine to surge, producing the banging noises and bursts of flame that startled passengers and were later captured on cellphone video. The pilots ran their emergency checklists, declared the mayday that gives a flight priority for landing, and brought the jet back around for a touchdown roughly half an hour after departure.

Emergency crews met the aircraft on the ground as a precaution, and passengers deplaned normally at the terminal with no injuries reported. A runway inspection afterward turned up a significant amount of bird remains, and the airline pulled the jet from service for a full maintenance inspection, according to aviation-trade coverage of the emergency landing. Accounts of the exact passenger-and-crew tally varied slightly between outlets, but the flight was carrying roughly 172 people.

Contemporaneous aviation coverage described the strike as occurring during the initial climb, with the crew electing to return rather than continue the short hop to Charlotte on a degraded engine. That is a textbook outcome for a low-altitude ingestion, and one incident log of the event noted that the same flight number and route resumed operating on other aircraft in the days that followed.

Why late summer is peak season for strikes

The timing was not unusual. Federal data show that roughly 54 percent of reported bird strikes occur between July and October, when that year’s young birds have recently left the nest and fall migration begins to fill the skies. Birds account for the overwhelming majority of wildlife strikes, and most collisions happen at low altitude during takeoff or landing, exactly the phase Flight 1760 was in when it hit trouble, as the Federal Aviation Administration documents in its annual wildlife strike report.

The long-term trend points steadily upward. The FAA has logged hundreds of thousands of reported strikes with civil aircraft since 1990, and annual totals have climbed into the tens of thousands as reporting improved, wildlife populations recovered, and air traffic grew. Because pilots and airports file strike reports voluntarily, the agency notes in its public guidance on the program that the real number of collisions each year is almost certainly higher than the figures on record.

How a jet survives flying through a flock

Modern airliners are built with exactly this scenario in mind. Turbofan engines must demonstrate that they can ingest birds of specified sizes during certification testing, and a twin-engine jet like the 737 is designed to keep climbing safely on a single engine if the other is damaged or shut down. That margin is why the crew’s decision to declare an emergency and return, rather than press on, is standard practice: with one engine compromised, the safest move is to land promptly at the nearest suitable airport rather than continue over a longer route.

The dramatic flames that alarmed passengers are also less catastrophic than they appear. A compressor stall or surge, common when debris disrupts the smooth airflow through an engine, can throw visible flame and produce loud reports without the engine actually catching fire. Crews are trained to recognize the symptoms, reduce power on the affected engine, and manage the aircraft on the remaining thrust.

Keeping birds and aircraft apart in the first place is a shared responsibility that extends well beyond the cockpit. Airports manage the habitat around runways to make it less attractive to wildlife, use radar, patrols, and noise-making deterrents to clear flight paths, and work with wildlife biologists to track which species pose the greatest risk at a given field and season. Those measures reduce the odds of an encounter but cannot eliminate them, particularly at coastal airports where gulls and other large birds are a constant presence.

A costly and persistent safety challenge

Even when no one is hurt, wildlife strikes carry a heavy price. The FAA estimates that collisions with birds and other animals cause hundreds of millions of dollars in damage to United States civil aircraft each year and hundreds of thousands of hours of lost aircraft time, alongside a smaller but real toll of human injuries recorded over the past three decades. Airports respond with habitat management, radar and patrols, pyrotechnics, and coordination with wildlife biologists to keep birds away from active runways.

The Myrtle Beach episode ended the way aviation safety planning intends: a damaged engine, a precautionary landing, and a planeload of shaken but unharmed travelers. It also underscores why bird-strike mitigation remains a year-round priority for airlines and airport operators, particularly during the late-summer weeks when the odds of an encounter are at their highest.

This article was produced with AI assistance and reviewed by the Morning Overview editorial team.

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