Palm Beach Learjet crash kills nine after pilot reported severe icing and turbulence

Nine people died when a private business jet crashed into a residential area in Palm Beach County on Sunday at 12:50 p.m. The aircraft struck the ground near a busy roadway, creating a large crater and a fireball that came within feet of nearby homes. Transportation Secretary Sean Duffy confirmed the death of everyone on board in a post on X, describing the event as a horrific tragedy. No injuries were reported among people on the ground, according to Florida Governor Ron DeSantis.

The crash took place in the city of Greenacres, a community of 45,000 people located approximately seven miles southwest of West Palm Beach. Heavy rain was falling in the region at the time of the accident, with a flood watch for excessive rainfall remaining in effect through Monday afternoon. The impact site is currently surrounded by thick black smoke, and Palm Beach County authorities have evacuated roughly 600 residents from a nearby mobile home community. The road remains closed until further notice while federal officials examine the wreckage.

The aircraft, identified as a Learjet 60, departed Austin-Bergstrom International Airport in Texas bound for the Bahamas. The Federal Aviation Administration confirmed the flight path, while airport spokesperson Jim Reynolds noted that the jet was privately owned. He did not immediately identify the individuals on board. The crash occurred during a period of deteriorating weather conditions that the pilot reported to air traffic control in the final minutes of the flight.

Minutes before the collision, the jet was traveling east at an altitude of 35,000 feet. The pilot reported encountering turbulence, icing, and precipitation. The crew requested permission to climb 2,000 feet to improve their situation. At that moment, the pilot described the ice as light and clear, noting that it was manageable alongside moderate turbulence. The pilot’s communication with controllers, captured by LiveATC.net, provided a detailed account of the rapidly changing conditions before the emergency declaration.

Shortly after the request to climb, the aircraft began to lose altitude at an accelerating rate. Air traffic control recordings and flight tracking data show the plane entering a steep dive. The descent rate increased from 10,000 feet per minute to 20,000 feet per minute, and finally to 30,000 feet per minute. This speed exceeded the aircraft's design limits. The pilot declared an emergency and issued distress calls as the plane banked sharply to the right before striking the ground.

During the final descent, the pilot radioed that the aircraft was descending at 8,000 feet per minute and repeated mayday. The pilot then reported an overspeed condition while descending at 20,000 feet per minute. In the final moments of communication, the pilot acknowledged the inevitability of the impact, stating that the aircraft was going to crash into the ground. The steep dive ended when the jet hit the roadway area, resulting in the explosion observed by witnesses in the neighborhood.

Video footage recorded by drivers in nearby vehicles captured the moment the plane plunged from the sky. The recordings show the aircraft striking the ground near the roadway and erupting into flames. Chunks of pavement were visible around the crater as residents gathered in shock at how close the crash was to their homes and passing traffic. The visual evidence aligns with the air traffic control data that documented the extreme descent rates and the pilot's distress calls in the seconds before impact.

The National Transportation Safety Board is leading the investigation into the cause of the crash. The Federal Aviation Administration is sending a team to support this effort, as stated by Secretary Duffy. County officials and federal investigators are working to determine why the jet entered such a rapid dive despite the pilot's initial reports of manageable conditions. The road closure and evacuations in Greenacres continue as part of the ongoing safety measures at the crash site.