Engine parts smashed Ryanair window that man’s head was sucked out of, report says

Engine Fragments Ejected Window, Sucking Passenger Partially from Aircraft

Constantvpn.com – A Serbian traveler found himself in a harrowing situation when broken engine components shattered a cabin window during a flight from Greece to Germany, leaving his head and right shoulder partially exposed to the outside air. The incident occurred on July 10 aboard a Ryanair-operated aircraft, and US aviation authorities have now released preliminary findings detailing the sequence of events that led to this dramatic mid-air emergency.

Ljubisa Karović was traveling with his wife, Svetlana Grković Maksimović, when the No. 2 engine on the right side of the aircraft experienced what investigators termed a fan-blade-out failure during the climb phase after departure from Thessaloniki. The sudden mechanical breakdown sent fragments flying through the cabin, one of which struck and dislodged a passenger window entirely.

Timeline of the Mid-Air Emergency

According to the preliminary report issued by the National Transportation Safety Board, which was delegated full investigative authority by Greek officials, the crew initially received a high vibration alert from the engine while climbing. In response, they reduced engine power and performed a series of diagnostic checks. When the vibrations subsided, the pilots continued their ascent using autopilot.

However, the situation deteriorated rapidly. Engine vibrations intensified once more, and the flight crew heard a loud bang that prompted them to declare an emergency and initiate descent. Flight attendants simultaneously reported feeling the vibrations, observing a small amount of smoke, and then deploying oxygen masks for passengers.

One flight attendant described noticing passengers calling for help after a passenger became partially lodged in a damaged cabin window, with the entire window missing.

The crew elected to return to Thessaloniki International Airport, where they completed an uneventful landing. Karović sustained serious injuries and was placed in shock following the incident. His wife later explained to Serbian media that she and two other passengers managed to hold onto his legs for several minutes to prevent him from being pulled further out of the aircraft.

Investigation Findings and Possible Causes

The NTSB report noted that the engine had undergone ultrasonic inspections in May of this year, with no faults detected at that time. Ryanair’s chief executive, Michael O’Leary, previously suggested that foreign object damage to the engine might have been the root cause of the failure.

The aircraft involved was operated by Malta Air, a subsidiary of Ryanair that manages several of the airline’s European routes. Fan-blade-out events, while relatively uncommon, are taken seriously in aviation because they can cause significant structural damage and pose risks to both passengers and crew. The debris generated by such failures can travel considerable distances within the cabin and sometimes strike windows or other components.

Medical Aftermath and Passenger Experience

Karović’s condition following the incident was described as serious, with the force of the cabin pressure differential pulling his head and shoulder partially through the broken window opening. The sudden decompression and physical trauma would have been compounded by the shock of the experience. Medical teams at Thessaloniki airport would have been on standby to receive passengers on emergency diversions, and Karović was likely transported to a nearby hospital for treatment.

The deployment of oxygen masks and the visible smoke reported by crew members added to the confusion and concern among passengers during the descent. Many travelers would have experienced the unusual combination of vibration, noise, and pressure changes that characterize such mechanical failures.

Broader Aviation Context

The NTSB’s delegation of this investigation by Greek authorities reflects the international cooperation that characterizes aviation safety investigations. When incidents occur on aircraft operated by one country’s airline but flying under another’s jurisdiction, the appropriate authority takes the lead based on where the aircraft was registered and where the failure originated.

Engine fan blade failures can result from various causes, including manufacturing defects, fatigue from repeated stress cycles, or external damage from birds or other objects ingested during flight. The ultrasonic testing conducted in May would have been designed to detect internal cracks and structural weaknesses before they could propagate to the point of failure.

As investigators continue their work, they will examine the broken fan blade, review maintenance records, and analyze data from the aircraft’s flight recorder to determine the precise sequence of events. The preliminary findings provide passengers and the aviation community with an initial understanding of what occurred, though a final report may take months to complete.