Shocking Engine Drop: UPS Crash Video Released

libertystartribune.com — New federal revelations about a UPS cargo jet that dropped an engine over Louisville are raising hard questions about regulators, Boeing, and an aging fleet that millions of Americans still board every year.

Story Snapshot

New airport and National Transportation Safety Board (NTSB) footage shows a UPS cargo jet’s left engine ripping off seconds after takeoff in Louisville.
NTSB investigators say the November 2025 crash destroyed the aircraft and killed 3 crew members and 11 people on the ground, all in U.S. airspace. ^[1]
A two-day NTSB hearing in Washington is probing fatigue cracks and hardware failures in the engine pylon that may have developed over years. ^[1]^[2]
Regulators and Boeing face scrutiny over what they knew about past problems on similar McDonnell-Douglas MD‑11 cargo jets. ^[1]

Deadly Louisville Crash Put Engine Separation Under the Microscope

National Transportation Safety Board (NTSB) investigators confirm that on November 4, 2025, United Parcel Service (UPS) Flight 2976, a McDonnell-Douglas MD‑11 cargo jet, crashed just after takeoff from Louisville Muhammad Ali International Airport. The jet was fully fueled for an overnight trip to Europe when the left engine and its supporting pylon separated shortly after rotation, leading to loss of control, impact, and fire that destroyed the aircraft and killed three crew members and eleven people on the ground. ^[1]

Airport surveillance video newly released by the NTSB shows the jet lifting off runway 17R, followed almost immediately by the left engine breaking away from the wing and tumbling as flames erupt. That dramatic footage matches physical evidence at the crash site and wreckage layout, which showed the engine and its pylon detached from the wing before impact. Investigators are using the video frame by frame, together with flight data and cockpit voice recorders, to lock down the exact timing of the failure sequence. ^[1]

NTSB Hearing Probes Aging Hardware, Fatigue Cracks, and Design History

The NTSB has now moved this case into a formal two‑day investigative hearing in Washington, a step the agency usually reserves for complex, system‑level failures that could expose broader safety problems. Parties to the investigation include the Federal Aviation Administration (FAA), UPS, The Boeing Company, the Independent Pilots Association, General Electric Aerospace, the Teamsters Airline Division, and Collins Aerospace, underscoring that this is not being treated as a one‑mechanic mistake but as a multi‑actor system breakdown with national safety implications. ^[1]^[2]

Hearing materials and NTSB animations focus on the engine‑to‑wing attachment, particularly the pylon structure and bearing assemblies that carry the engine’s enormous weight and thrust loads. Investigators describe fatigue cracking in metal components tied to the pylon attachment hardware, including an outer bearing race and mount lugs, with cracks that grew over time until the structure could no longer handle normal takeoff stresses. When the hardware finally fractured, the left engine and pylon separated, robbing the crew of a critical engine and destabilizing the aircraft. ^[2]

Regulators, Boeing, and UPS Face Scrutiny Over What Was Known and When

Media coverage of the hearing emphasizes that investigators are asking not only how the metal failed on one bad afternoon in Kentucky, but also what Boeing and the FAA knew about similar issues on other McDonnell‑Douglas MD‑11 and DC‑10 series aircraft. Reports say the NTSB is examining past instances of cracks and bearing problems in the same general area of the engine mounts on earlier jets, and why those warning signs did not trigger stronger mandatory inspections or part replacements before the Louisville crash. ^[1]

NEW VIDEO: Federal investigators say cracks had been found on parts connected to MD-11 engines before a UPS cargo plane crash in Kentucky killed 15 people last year, but many of those issues were never reported to the FAA.

The NTSB says the plane’s left engine separated from the… pic.twitter.com/8MEqWokq1R

— Heidi Hatch KUTV (@tvheidihatch) May 19, 2026

Despite the intense focus, the NTSB has not yet issued a final probable‑cause report, so the question of whether this will ultimately be labeled an isolated mechanical failure, a deeper design vulnerability, or a maintenance‑oversight problem remains open. For now, the record shows a chain of fatigue damage and overstress in critical mounting hardware, an engine separation caught on camera, and a regulatory system that allowed an aging, heavily loaded cargo jet to launch over an American city with a hidden structural time bomb bolted under its wing. ^[1]^[2]