Florida Learjet 60 Crash: 9 Killed, N722BD Icing Reports & Final ATC Calls

On November 1, 2026, a Learjet 60 N722BD, crashed in Palm Beach County, Florida, killing all nine people aboard. The 2004 business jet was traveling from Austin-Bergstrom International Airport in Texas to North Eleuthera Airport in the Bahamas. Minutes before impact, its crew was talking to air traffic control about icing, turbulence, and the search for a smoother ride. What followed was an exceptionally rapid descent, an emergency call, and a crash captured on a motorist's dashcam.

In this episode of NTSB News Talk, Max Trescott leads with the still-developing Florida Learjet 60 crash, a story added after he and cohost Rob Mark had finished recording the rest of the show. Tracking data indicates that N722BD had initially reached FL410 before descending to FL350 as it approached South Florida. In radio transmissions, the crew reported light clear icing, moderate turbulence, and altitude fluctuations. They also described precipitation and requested a climb to FL370.

Shortly after the climb clearance, the situation changed dramatically. The crew reported a rapid descent, an overspeed condition, and vertical speeds reaching tens of thousands of feet per minute. In the final exchanges, the pilot warned that the jet was going to hit the ground. The last words heard over the radio were, "We're out of time." Flightradar24 data showed a steep descending right turn and a maximum reported descent rate of more than 32,000 feet per minute, with the last received altitude around 8,750 feet.

Thunderstorms were developing over South Florida, and weather may become a major focus of the investigation. But reported icing, turbulence, a weather encounter, and a high-speed descent do not, by themselves, establish why the airplane lost altitude. Did the aircraft experience an aerodynamic upset, powerful convective forces, a mechanical problem, or something else? The NTSB has only begun its investigation, and Trescott distinguishes recorded facts from unanswered questions while examining the tragedy. He also explains why the dramatic video cannot, by itself, establish whether structural damage occurred before impact.

The episode also covers a rejected takeoff and runway excursion involving a Dassault Falcon 50, N200SG, at Harry Reid International Airport in Las Vegas on October 18. The jet was headed for Toronto when it overran Runway 1L and struck a perimeter fence. Everyone survived. Mark examines the performance questions raised by a high-speed rejected takeoff, including runway distance and the Falcon 50's unusual three-engine configuration.

Next, Trescott examines the October 24 crash of a Piper PA-28-235, N8777W, in mountainous terrain near Gunnison, Colorado. The non-instrument-rated pilot and his two teenage sons died. ADS-B data shows a turn back while the airplane was around 10,000 feet, with rising terrain ahead and reports of clouds, precipitation, and potential icing nearby. The accident raises important questions about the options available to pilots when deteriorating weather and steep terrain narrow their routes.

Mark then discusses an experimental PA-18 Super Cub replica, N43LK, that crashed shortly after takeoff near Buffalo, Minnesota, on September 27. A witness described a steep climb followed by a roll and descent. The pilot had relatively little total and tailwheel experience. The NTSB's preliminary evidence raises questions about angle-of-attack management without yet establishing a final probable cause.

Two helicopters departing Catalina Island on the same dark September 30 evening both descended toward the water shortly after takeoff. One, an EC135 medical helicopter, N313RX, crashed, killing three people. The helicopter that departed just beforehand touched the water twice and recovered. Trescott discusses why somatogravic illusion is a plausible explanation and emphasizes the importance of verifying a positive climb using flight instruments during nighttime departures.

A final NTSB report concerning Daher TBM 700 N885CA illustrates the danger of taking off with contaminated airfoils. After a short stop in falling snow at Pinedale, Wyoming, the pilot brushed snow from the airplane but declined available deicing services. The TBM stalled after liftoff. The investigation also cited rotation below the recommended speed.

In another final report, the NTSB attributed a Piper PA-28-235, N8535N, engine failure near Shafter, California, to carburetor ice. The engine quit on approach during a training flight, leading to a forced landing. Trescott and Mark examine the instructor's limited time in the model, the wording of older Piper checklists, and why carburetor heat is most effective before ice develops.

The final case comes from Australia's ATSB. A Cessna 210N, VH-RDH, entered a fatal spin near Goolwa, South Australia, killing an instructor, a pilot, and a passenger. Investigators found that the instructor had repeatedly conducted intentional spins in an aircraft not approved for them, gradually lowering the entry altitude. Other pilots knew or suspected what was happening, but nobody formally reported the violations.

The episode concludes with a difficult aviation safety lesson: When pilots witness prohibited or dangerous flying, speaking up may prevent the next accident. Across these investigations, Trescott and Mark explore which warning signs were visible in time for someone to intervene, what actions might have prevented tragedy, and which conclusions must await further investigation.