According to the airline, the aircraft encountered unexpected turbulence while cruising, causing a sudden and sharp drop in altitude. The turbulence was so intense that passengers and unsecured items inside the cabin were thrown around, creating panic and confusion on board.

Eyewitnesses described the situation as frightening and sudden, with no prior warning from the cockpit. At the time of the incident, cabin crew had already begun serving breakfast after switching on the cabin lights. Passengers said the seatbelt sign had not been activated before the turbulence struck, leaving many people unprepared.

One passenger, an Australian businessman travelling on the flight, said the aircraft “just dropped” without warning. He described how drinks, food trays, and personal items were thrown across the cabin, while some passengers who were not wearing seatbelts were lifted from their seats due to the force of the drop.

The passenger also reported that the turbulence occurred in two sudden jolts within a short span of time. The first drop caused immediate panic, and the second impact, occurring about 15–20 seconds later, worsened the situation as people who had tried to regain balance were again thrown around the cabin.

Cathay Pacific confirmed that six cabin crew members and four passengers were injured during the incident. Many of the injured were members of the cabin crew who were standing in the aisle serving meals when the turbulence struck, making them more vulnerable to being hit by service carts and falling objects.

After the aircraft landed safely in Hong Kong at around 6:45 am local time, medical teams were already waiting at the airport. Eight of the injured individuals were taken to nearby hospitals for further treatment and observation. The airline stated that medical assistance was provided immediately upon landing.

Despite the severity of the incident, the aircraft continued its journey to Hong Kong after encountering the turbulence, as there were no nearby diversion options at the time. Medical professionals onboard assisted injured passengers and crew members during the remainder of the flight.

Passengers also reported that the pilot later addressed the situation, explaining that the aircraft had likely entered a rapidly developing weather system, possibly a thunderstorm or lightning cell. The pilot mentioned that the weather disturbance appeared suddenly and was difficult to detect clearly on radar in the dark conditions.

Experts note that severe turbulence is one of the most unpredictable risks in modern aviation. Even advanced aircraft like the Airbus A350-900 are designed to withstand such conditions, but sudden air movements can still cause injuries if passengers or crew are not seated and secured with seatbelts.

The incident has once again highlighted the importance of wearing seatbelts while seated, even when the seatbelt sign is off. Aviation safety experts consistently advise passengers to keep their seatbelts fastened at all times during flight, as clear-air turbulence can occur without warning.

Cathay Pacific has not reported any technical issues with the aircraft and has assured that it is reviewing the incident in coordination with aviation authorities. Investigations into the weather conditions and flight path are expected to determine the exact cause and nature of the turbulence encounter.

Although the flight ended safely, the event has raised fresh concerns about increasing turbulence incidents in global aviation, which experts believe may be linked to changing weather patterns and stronger storm systems in certain regions.

Credits: Cathay Pacific

The post Cathay Pacific Plane Encounters Violent Turbulence, Injuring 10 Onboard first appeared on AircrewNews.com.

According to a report by The Aviation Herald, the aircraft was approximately 30 nautical miles northeast of Brest, France, when the crew declared an emergency by squawking 7700 and returned to Birmingham.

A Closer Look Into The Incident

On December 28, 2025, the Ryanair Boeing 737 MAX 8200, registered EI-HGO, was operating flight FR 1121 from Birmingham Airport (BHX) in the United Kingdom to Tenerife South Airport (TFS) in Spain when the aircraft suddenly encountered moderate to severe turbulence.

As a result of the turbulence and the passenger injuries that followed, the flight crew decided to return to BHX, landing safely approximately 50 minutes after departure, according to Flightradar24.com data. Speaking to Birmingham Live, a passenger on the flight said that passengers were “flung out of their seats” during the incident. The woman said:

“I was on this flight. It felt like something you see on a horror movie. We were smooth cruising then, out of nowhere all of a sudden, the plane jerked to the left extremely quickly and then to the right.”

Rising Frequency Of Turbulence Events In Commercial Aviation

Increasingly volatile weather patterns, driven in large part by climate change, have contributed to a global rise in turbulence-related incidents. Airlines and aircraft manufacturers are responding with new design features, updated procedures, and enhanced training aimed at maintaining safe and efficient operations. In this changing environment, reducing the impact of turbulence is no longer just a matter of comfort. It is critical to safety, operational reliability, and passenger confidence.

Clear-air turbulence is not associated with other adverse weather conditions, hence the name. It is difficult to detect and often strikes unexpectedly. This trend poses a growing hazard, particularly as long-haul and high-altitude flights traverse polar and mid-latitude corridors. Mountainous terrain also contributes significantly to turbulence patterns.

Following the deadly clear-air turbulence incident in May 2024, Singapore became the first country to classify severe air disturbances as a major in-flight threat, placing them on par with midair collisions and unauthorized runway incursions. The Civil Aviation Authority of Singapore (CAAS) stated that abrupt, invisible wind shifts capable of violently shaking an aircraft without warning must now be treated as a “state-level operational safety risk.”

How To Recognize Turbulence

Pilots use a combination of pre-flight planning tools and real-time observations to anticipate and avoid turbulence. Route briefings, turbulence forecast charts, and pilot reports help crews identify potentially unstable airspace before departure or during flight. Air traffic control advisories and ride reports from aircraft ahead on the same route provide additional situational awareness. Although these methods cannot predict every disturbance, they enable crews to steer around the most hazardous conditions.

Despite its unpredictability, turbulence often presents identifiable clues. According to The Bold Method, a publication focused on general aviation, several indicators can signal rough air ahead. Some cues are visual, such as clouds with sharp, uneven, or rolling edges. Other warning signs include rapid shifts in wind speed or direction and the passage of weather fronts, both of which can generate significant atmospheric instability.

Additionally, turbulence can be associated with temperature inversions, which often create instability at the boundary between the inversion layer and the surrounding air. Turbulence is also common in areas where strong surface winds interact with nearby terrain or obstacles, producing irregular airflow. While Bold Method listed these tools as measures to help general aviation pilots avoid rough rides, these conditions are also analyzed by airline pilots and flight dispatchers to help steer clear of hazardous weather. As weather detection technology improves, a flight crew’s ability to avoid turbulence also improves.

Credits: Ryanair

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The post Several Passengers Injured After Severe Turbulence Hits Ryanair Flight first appeared on AircrewNews.com.