Louisiana Women Sue Southwest Airlines, Claiming Pilot Risked Safety to Save Fuel During Storm-Triggered Turbulence

Baton Rouge, La. — In a recent development, two Louisiana women have launched a lawsuit against Southwest Airlines, claiming injuries from severe turbulence encountered during a flight. The lawsuit, filed in federal court on Wednesday, does not specify the amount sought but highlights significant injuries sustained by the plaintiffs during the incident.

According to legal representatives, the pilot of the flight deliberately navigated into a storm instead of avoiding it, allegedly to cut down on fuel and time expenses. This decision led to unanticipated severe turbulence during the flight scheduled for April 2024.

Among the plaintiffs is Deborah “Debi” Grymes, wife of former WAFB Chief Meteorologist Jay Grymes. She was using the airplane’s restroom when the turbulence struck, leading to severe injuries that necessitated multiple surgical interventions and extensive hospital stays. Reports indicate that Grymes suffered life-altering injuries, including a traumatic brain injury, multiple spinal fractures, and broken ribs.

The complaint states that Grymes made her way to the restroom as the aircraft approached the storm, passing flight attendants who were moving in the cabin but did not advise her against doing so or inform her of the potential for turbulence.

The severity of the injuries forced the aircraft to make an emergency landing in Tampa, Florida. The incident not only caused injuries to Grymes but also affected other passengers, including a flight attendant and fellow plaintiff Amy Berret. Berret, who was traveling with Grymes to a church-sponsored event in Florida, also reported head and neck injuries due to the turbulence.

The flight originated in New Orleans and was bound for Orlando, Florida. As of this report, Southwest Airlines had not provided a comment on the lawsuit.

This incident raises questions about airline safety protocols and the decision-making processes in adverse weather conditions, highlighting the balance between operational efficiency and passenger safety.

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