JetBlue Engine Failure Causes Traffic Delays at Newark Airport

• JetBlue Flight 543, an Airbus A320, suffered engine failure around 5:55 p.m. ET with crew reporting smoke in the cockpit
• All passengers and crew evacuated via emergency slides on a taxiway with no injuries reported
• The FAA temporarily paused some arrivals at Newark airport and opened an investigation into the incident

Summary

Incident Overview:

On February 18, a JetBlue Airways Flight 543 experienced an engine failure during takeoff at Newark Liberty International Airport, forcing an emergency return. The Airbus A320, scheduled to fly to West Palm Beach, Florida, suffered the incident at approximately 5:55 p.m. ET.

Key Details:

• Crew reported smoke in the cockpit, prompting an emergency evacuation
• All passengers and crew evacuated via emergency slides on a taxiway
• No injuries were reported among passengers or crew
• The Federal Aviation Administration (FAA) temporarily paused some arrivals at Newark, causing traffic disruptions

Operational Impact:

The incident resulted in flight delays and congestion at Newark Liberty International Airport, one of the New York metropolitan area's major aviation hubs. The FAA has launched an investigation into the engine failure.

Companies Involved:

• JetBlue Airways: U.S. low-cost carrier experiencing the mechanical failure
• Airbus: Manufacturer of the A320 aircraft involved in the incident

Market Implications:

While no injuries occurred, the incident highlights ongoing operational and safety concerns for airlines and aircraft manufacturers. Engine failures can trigger regulatory scrutiny and potential maintenance reviews across fleets. For JetBlue, the event may result in operational disruptions and scrutiny of its maintenance protocols. For Airbus, depending on investigation findings, there could be implications for the A320 fleet, though single incidents typically have limited impact on the widely-used aircraft family.

The FAA investigation will determine root causes and whether broader safety actions are required.