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UPS Cargo Jet Crash in Louisville: What We Know So Far

Senior News and Features Editor
Martin O'Nogo
Last updated on
November 5, 2025
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Louisville, Kentucky — A UPS-operated cargo aircraft crashed shortly after takeoff from Louisville Muhammad Ali International Airport on the evening of November 4, 2025, killing at least seven people and injuring 11 others, according to officials. The disaster has prompted a large-scale federal investigation and temporarily disrupted operations at one of the world’s busiest logistics hubs.

The Incident

The aircraft, identified as a McDonnell Douglas MD-11 freighter, was operating as UPS Flight 2976 from Louisville to Honolulu. It departed around 5:15 p.m. local time, and moments later, witnesses reported seeing flames near the left wing before the aircraft descended rapidly into an industrial area near the airport.

The impact caused a massive explosion and fire, sending thick black smoke across Louisville’s skyline. Emergency crews responded within minutes, battling intense flames that spread to nearby buildings and vehicles.

Authorities confirmed that the three crew members aboard were among those killed, along with several people on the ground. Local officials said the death toll may rise as recovery efforts continue.

The Immediate Aftermath

Louisville authorities issued a temporary shelter-in-place order for nearby neighborhoods due to fire and debris hazards. The airport was closed for several hours as emergency and recovery operations took place.

UPS suspended flights and sorting operations at its Worldport hub—the company’s central air logistics facility—while rescue and investigation teams secured the area. Operations have since resumed in limited capacity, with delays expected across regional and international shipments.

Officials described the crash site as heavily damaged, with significant destruction to industrial properties adjacent to the airport.

The Investigation So Far

The National Transportation Safety Board (NTSB) has deployed a team of investigators to Louisville, supported by the Federal Aviation Administration (FAA) and local emergency units.

Early lines of inquiry include:

  • Possible engine or fuel-system failure based on reports of fire during takeoff
  • Potential mechanical or structural issues due to the aircraft’s age
  • The weight and balance configuration for the long-haul route to Honolulu

Officials stressed that it remains too early to determine the cause of the crash. Flight recorders—commonly known as the black boxes—have been recovered and are being analyzed at the NTSB’s laboratory in Washington, D.C.

Preliminary findings are expected within weeks, though a full report could take up to a year.

The Aircraft and Its Role

The aircraft involved was built in the early 1990s and had served UPS for nearly two decades. While the MD-11 remains widely used in cargo operations, its complex handling characteristics and aging design have led many airlines to gradually retire the model.

The jet was assigned to one of UPS’s trans-Pacific routes, making it an essential part of the company’s long-haul freight network.

Broader Context

The crash has renewed attention on aviation safety, aging aircraft maintenance, and logistics infrastructure near urban areas.
Key issues under discussion include:

  • Safety oversight for older freighters still active in global service
  • Urban and industrial risk management near major airports
  • Continuity planning for logistics networks during large-scale disruptions

UPS has pledged full cooperation with investigators and expressed condolences to the victims’ families, stating that its priority is supporting those affected and ensuring a transparent investigation.

Continuing Coverage

As of this writing, recovery and investigation efforts remain ongoing at the crash site. Louisville officials are coordinating with federal agencies to assess structural damage, manage cleanup operations, and provide support to affected residents and businesses.

The NTSB is expected to release preliminary findings once initial analyses are complete.

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