A Mid-Air Ordeal: NTSB Probes Ryanair Engine Failure That Nearly Claimed a Life

Imagine, for a moment, the sheer terror. It was July 10, 2026, and Ryanair Flight 1879, operated by Malta Air, had just departed Thessaloniki, Greece, en route to Memmingen, Germany. Suddenly, violently, everything changed. A fan blade in the aircraft’s right engine – the No. 2 engine – fractured and then, devastatingly, separated. Fragments ripped through the engine casing, puncturing the fuselage in several spots and, most horrifyingly, shattering a cabin window in row 11. This immediate damage led to a rapid, gut-wrenching loss of cabin pressure.

In that terrifying instant, a 61-year-old Serbian passenger named Ljubisa Karovic, seated right by the compromised window, was partially sucked out of the plane. It was a scene straight out of a nightmare. Thankfully, and incredibly, fellow travelers onboard sprang into action, managing to pull Mr. Karovic back inside the cabin. He sustained injuries to his neck and shoulder, along with friction burns, a stark testament to his harrowing brush with catastrophe. Flight attendants, meanwhile, bravely reported intense vibrations, followed by a rush of smoke or fog filling the cabin, and then, as expected, the automatic deployment of oxygen masks. In a truly heroic effort, other passengers even used a metal box to help block the opening until the Boeing 737-8AS, registration 9H-QEU, could make its emergency landing back at Thessaloniki Airport, approximately an hour after the initial incident.

Fast forward a month or so, and the U.S. National Transportation Safety Board (NTSB) has now released its preliminary findings regarding this dramatic event. Greek authorities, adhering to international aviation protocols, had transferred the lead investigation to the NTSB, recognizing the depth of expertise required for such a complex case. Their initial report, made public around August 13th or 14th, offers the first real glimpse into what might have gone wrong, though it’s crucial to remember that this is just the beginning of a thorough, painstaking process.

What did they find? Well, quite a few intriguing, if not unsettling, clues. Investigators recovered evidence of bird remains, including feathers, from inside the damaged engine. This immediately raises the possibility of a bird strike contributing to the failure. However, the plot thickens: they also discovered signs of metal fatigue at the very base of the fan blade that snapped off – specifically, the No. 10 blade, which fractured right through its dovetail. Three distinct, loose fan blade fragments were also meticulously recovered from within the engine itself. It’s a bit like a jigsaw puzzle, isn’t it? The precise cause, whether primarily bird strike, metal fatigue, or some unfortunate combination of both, hasn't been definitively determined just yet, and investigators are careful not to jump to conclusions.

Adding another layer to this aviation mystery are the aircraft's maintenance records. Intriguingly, ultrasonic inspections of the right engine's fan blades had been performed fairly recently, in both May 2026 and November 2025, with absolutely no damage detected. This makes the metal fatigue finding particularly puzzling. Furthermore, flight crews had actually reported four suspected bird strikes involving this very same engine over the preceding year, with bird remains confirmed after two of those incidents. So, while a bird strike might seem like a sudden, isolated event, there's a history here, which is definitely something the NTSB will be looking into closely.

The investigation is, understandably, still very much ongoing. In a move that underscored the seriousness and the strict protocols of these inquiries, the NTSB even went so far as to publicly reprimand Ryanair CEO Michael O'Leary for commenting on the investigation. They made it clear he was not authorized to discuss it, emphasizing that investigators hadn't ruled anything out. This public rebuke serves as a strong reminder that such probes are methodical and comprehensive, requiring patience and avoiding speculation. To aid in their understanding, bird remains and other samples have been dispatched to the Smithsonian Institution Feather Identification Lab in Washington, D.C., for detailed examination.

Looking ahead, the NTSB is also exploring any potential similarities between this incident and past events, notably a tragic 2018 Southwest Airlines flight where a passenger unfortunately died after being partially sucked out of a window following an engine failure. As Jeff Guzzetti, a former NTSB and Federal Aviation Administration investigator, pointed out, these investigations are about more than just one flight; they're about ensuring the safety of countless future journeys. The findings from Flight 1879 will undoubtedly contribute vital knowledge to the broader understanding of engine integrity and passenger safety in aviation.