Quantcast

JetBlue A320 encounters unexpected severe turbulence; NTSB releases final report

JetBlue A320 encounters unexpected severe turbulence; NTSB releases final report
Policy
Webp 9d8e4n9zvnq6npvse1f7c4oouh5n
Airbus A380 | Airbus

The National Transportation Safety Board (NTSB) has released its final report on a turbulence incident involving a JetBlue Airbus A320. The aircraft, which was flying from Ecuador to Fort Lauderdale, Florida, experienced severe turbulence on September 25, 2023. This event resulted in injuries to nine people onboard.

According to the NTSB report, the incident occurred without warning as the aircraft flew over an area between Jamaica and Cuba. The captain noted that initial flight conditions were normal with clear skies and no convective activity visible. Both pilots used radar systems and weather software for situational awareness.

“The first officer stated there was significant precipitation and storms to the north of their location in the area near Cuba. As the flight proceeded north, the crew noted an additional area of weather between Jamaica and Cuba that required weather deviations.”

Get the Newsletter
Sign-up to receive weekly round up of news from Sky Industry News
By submitting, you agree to our Privacy Policy and Terms of Service. By providing your phone number you are opting in and consenting to receive recurring SMS/MMS messages, including automated texts, to that number from our short code. Msg & data rates may apply. Reply HELP for help, STOP to end. SMS opt-in will not be sold, rented, or shared.

The aircraft's autopilot and auto thrust systems were engaged when it encountered turbulence at 03:36:20 local time. The pilots reported entering an area of severe turbulence without prior warnings from their radar.

Data from the flight data recorder showed variations in pitch angle, roll angle, and vertical acceleration during the event. The A320 climbed significantly within a short time span before returning to its assigned altitude after exiting the turbulent zone.

The NTSB found no Significant Meteorological Information advisories or signs of clear air turbulence before or during the incident. However, satellite data indicated a cloud pattern consistent with convective activity at the accident location.

“An approximately 2-minute portion of the accident aircraft’s flight path (south-to-north) across the cloud pattern consistent with convective activity reveals that the accident aircraft flew across the coldest portion of the cloud, which was at a brightness temperature of -55°C.”

Following this encounter, JetBlue's A320 continued its journey and landed safely in Fort Lauderdale at 05:18:27. Post-incident analysis confirmed that while onboard radar tests showed no faults, external testing by manufacturers confirmed all system requirements were met.

In total, nine individuals sustained injuries during this incident including two flight attendants with minor injuries and four passengers who suffered serious injuries. The NTSB concluded that unexpected convectively induced turbulence was responsible for this occurrence.

Organizations Included in this History
More News

Etihad Airways has announced the launch of a new route connecting Abu Dhabi and Addis Ababa.

Oct 27, 2025

United Airlines has unveiled its Summer 2026 schedule, which includes new flights from Newark to Bari, Split, Santiago de Compostela, and Glasgow, as well as from Newark to Seoul and Washington, D.C., to Reykjavik.

Oct 27, 2025

Ethiopian Airlines has announced a limited-time 20% discount on fares between Addis Ababa and Porto.

Oct 27, 2025

Avianca has announced that passengers are encouraged to register for the Biomig biometric migration system to avoid lines and delays at participating airports in Colombia.

Oct 27, 2025

Delta Air Lines has announced an upgrade to its mobile application, enhancing travel convenience ahead of the holiday season.

Oct 27, 2025

Los Angeles International Airport (LAX) has announced the closure of Terminal 5 to commence significant renovations aimed at enhancing the passenger experience.

Oct 27, 2025