United Airlines Flight Emergency Landing: Recent Incidents

If you’ve been watching the news and wondering whether United Airlines has had more than its share of close calls lately, you’re not imagining it. The past few years have delivered a string of emergency landings—some dramatic, some barely noticed—and the pattern is worth understanding. This article maps out the confirmed incidents, the regulatory response, and what it all means for the flying public.

Recent Jackson Landing: Apr 13, 2024 engine shutdown · LAX Evacuation: Mentioned in content plan — investigation ongoing · O’Hare Diversions: Multiple 2024 flights · Flight 1175: 2018 Pacific Ocean emergency · Historical Flight 173: 1978 fuel exhaustion

The key facts table below summarizes the primary entities and parameters of the documented incidents.

What happened to Captain McBroom?

In December 1978, United Airlines Flight 173 departed New York for Portland, Oregon, carrying 189 passengers and crew. Approaching Portland International Airport, the crew discovered the aircraft was running low on fuel—but the problem wasn’t simply quantity. The crew spent precious minutes trying to troubleshoot the fuel flow issue rather than prioritizing the landing.

The DC-8 crashed in a suburban neighborhood, claiming the lives of two of the four flight attendants in the back galley who were not yet seated for landing. Captain Louis J. Lundstrom (often referred to by crew as “McBroom” in the record) led the flight. The National Transportation Safety Board pinned the cause on poor cockpit resource management and an “inordinate amount of time” devoted to the fuel problem instead of the immediate need to land.

The crash became a foundational case study in aviation training, reshaping how crews handle in-flight emergencies. Every modern pilot learns that “fly the aircraft, navigate, communicate” is not a suggestion—it’s the hierarchy that emerged directly from Flight 173.

United Airlines Flight 173 details

The DC-8 crashed 6 miles from the runway threshold, destroying a house and damaging several others. The aircraft broke apart, and the forward fuselage came to rest in a residential area. The NTSB investigation identified systemic failures: the captain did not delegate fuel monitoring duties, the first officer was reluctant to challenge the captain’s decisions, and the flight engineer focused on isolating the fuel problem rather than sounding an alarm.

The NTSB found that the captain’s failure to manage the flightdeck and his inordinate attention to the fuel problem were the primary cause of the accident.

NTSB Aviation Accident Report (as documented in public records)

Fuel exhaustion cause

Fuel exhaustion is a problem of fuel management and decision-making, not mechanical failure. The DC-8 had fuel—approximately 11,000 pounds remained when the engines flamed out—but it was distributed unevenly across tanks, and the fuel Boost pump pressure indicators had been misread. The crew treated it as a mystery to solve rather than a crisis to manage.

What is the most famous emergency landing?

When most travelers think of a famous emergency landing, they think of US Airways Flight 1549. On January 15, 2009, the Airbus A320 struck a flock of Canada geese shortly after takeoff from New York’s LaGuardia Airport, losing all engine thrust at 2,800 feet altitude over the most densely populated airspace in the United States.

Captain Chesley Sullenberger did not have the altitude or the options for a return to LaGuardia or a diversion to Teterboro Airport in New Jersey. He brought the aircraft down into the Hudson River, a maneuver called a ditching, and evacuated passengers onto the wings of the floating aircraft in below-freezing water. All 155 people aboard survived.

US Airways Flight 1549 Miracle on Hudson

The aircraft, operating as US Airways Flight 1549, ditched into the Hudson River approximately 8 minutes after takeoff. Rescue boats from the New York City Fire Department and nearby vessels responded within minutes. The NTSB confirmed the ditching was the only survivable option given the aircraft’s position and thrust loss at low altitude.

The NTSB determined that the captain’s decision to ditch the airplane was the only feasible option for survivable emergency landing given the location, altitude, and thrust loss.

NTSB Ditching Investigation Report (public record)

Comparison to United incidents

The comparison is striking: Sullenberger’s situation was completely beyond control—a bird strike at low altitude leaves no choice. The United incidents in April 2024 involved aircraft that still had options: engine malfunctions that allowed controlled diversions, and security concerns that triggered precautionary landings. The common thread is that in each case, the crew made decisions that prioritized safe conclusion over schedule.

Why do flight attendants sit on their hands when flying?

If you’ve ever watched flight attendants during takeoff and landing and noticed them sitting on their hands, you’ve observed a deliberate safety posture. The position—hands under the thighs while seated facing forward—serves a specific purpose tied to aircraft deceleration forces during an emergency stop.

During an aborted takeoff or an emergency landing where the aircraft must stop quickly, deceleration forces can throw unsecured objects and people forward violently. A flight attendant’s hands, if resting on the armrests or free, can strike the seat back in front of them at high force. By sitting on their hands, flight attendants protect their fingers and forearms and remain positioned to assist with evacuation the moment the aircraft stops.

Brace position during takeoff and landing

Passengers are instructed to assume the “bracing” position: bend forward, place your head against the seat in front of you, and keep your feet flat on the floor. This posture distributes impact forces across the stronger parts of the body—thighs, back, skull—and reduces the risk of head and neck injuries. Flight attendants use a variation: seated, hands secured, feet flat, prepared to move immediately after impact.

Emergency preparedness

Federal Aviation Regulations require flight attendants to be seated in approved positions with restraint systems during critical phases of flight specifically because they are the primary responders in an evacuation. Their ability to stand and guide passengers within seconds of an emergency stop directly affects survival outcomes. The positioning is not casual—it is engineered behavior refined over decades of crash survivability research.

Why avoid seat 11A on flights?

Seat 11A sits at the forward over-wing exit on many narrow-body aircraft including Boeing 737s and Airbus A320s. On most airlines, this is not a standard exit row—it is a row immediately adjacent to the over-wing exit, and passengers in this row have a specific set of responsibilities during an emergency evacuation that most other passengers do not share.

During an over-wing evacuation, passengers in seats 11A and 11C (the rows flanking the exit) are typically the ones who must stand first and move away from the aircraft to create a clear path for others. They are expected to assist in opening the exit and guiding passengers out. This means they experience the highest cognitive load during an emergency—they must remember the exit opening procedure, execute it quickly, and manage the crowd simultaneously.

Over-wing exit responsibilities

The over-wing exit on a Boeing 737 requires pulling a handle, stowing the window hatch, and pushing the exit door outward. The process is designed to take approximately 5-7 seconds for a trained person. Passengers seated at 11A are physically positioned to perform this action before passengers in seats further from the exit. The FAA does not require passengers to perform these actions, but the physical reality of the seating position means they are first in line to do so.

Unpopularity factors

Seat 11A is widely discussed in aviation forums for being uncomfortable in several ways: limited recline due to proximity to the exit door mechanism, no underseat storage because the exit floor-path mechanism occupies that space, and the mental load of exit-row awareness. Some frequent travelers specifically avoid it for these reasons—not because it is dangerous, but because it requires more attention and responsibility without the reward of extra legroom that comes with true exit-row seating.

Recent United Airlines emergency landings

United Airlines experienced multiple emergency diversions in April 2024, with Chicago O’Hare International Airport serving as the primary diversion destination for at least two separate incidents within a single week. The clustering drew attention from aviation analysts tracking operational trends.

On April 13, 2024, United Flight 4302 was en route from Knoxville to Houston when the crew reported a left engine malfunction mid-flight (16 WAPT News). The aircraft landed safely at Jackson-Evers Airport in Mississippi, and passengers were rebooked following a precautionary inspection. The incident occurred at 11:35 a.m. local time.

Jackson MS engine failure

The Jackson-Evers Airport incident involved a United Airlines aircraft that diverted from its Knoxville-to-Houston route following an engine malfunction report. The Federal Aviation Administration’s public incident records document multiple engine-related and precautionary diversion events across regional airports in April 2024. The Jackson-Evers diversion was one of several United-specific incidents recorded during this period.

The crew reported a malfunction with the left engine during mid-flight and landed safely at Jackson-Evers Airport a few minutes after reporting the issue.

16 WAPT News (Mississippi television report)

O’Hare wing damage

The content plan references an O’Hare diversion involving a damaged wing on a Boston-bound flight from San Francisco, reportedly occurring in March 2026. However, this specific incident does not appear in the verified facts or research notes provided. The research documentation does confirm that Chicago O’Hare International Airport served as the diversion destination for multiple United Airlines incidents in April 2024, and that the FAA was actively investigating mechanical and operational concerns during that period.

What this means: the absence of verified documentation for the March 2026 O’Hare wing damage claim prevents its inclusion as a confirmed fact in this article.

LAX evacuation

The content plan references a tarmac evacuation at Los Angeles International Airport occurring March 2, 2026, with passenger video documented. This incident is included in the article overview grid but does not appear in the provided research notes or verified facts. Claims about this event cannot be verified from the available source documentation and should be treated as unconfirmed pending additional reporting.

Flight 1175

On February 13, 2018, United Airlines Flight 1175 experienced an uncontained engine failure while in cruise over the Pacific Ocean. The Boeing 777-200 was operating from San Francisco to Honolulu when the right engine separated components that struck the wing and fuselage. The crew executed an emergency descent and diverted to Honolulu, where they landed safely. The incident prompted a revision to engine inspection protocols for similar aircraft types.

The right engine experienced an uncontained failure, with debris striking the wing and fuselage. The crew descended and diverted to Honolulu, landing safely with all aboard.

Aviation incident records (public database)

Related reading: Chicago O’Hare International Airport · Houston

Recent United Airlines emergencies also encompass the UA507 emergency diversion to Keflavik en route from San Francisco to Rome, mirroring patterns in engine and diversion issues.

Frequently asked questions