Sightseeing Helicopter Broke Into Three Pieces In New Jersey Crash

A Bell LongRanger helicopter yawed right and broke into three pieces before crashing into the Hudson River and killing the pilot and a family of five on a sightseeing birthday trip on April 10. "Surveillance video (with accompanying audio) captured the helicopter traveling south before it suddenly separated into three major sections: fuselage (including the engine), main rotor system (including both main rotor blades, transmission and roof-beam structure), and the tail boom (including the tail rotor)," the NTSB said in a preliminary report (copied below) released Friday.


This is a companion discussion topic for the original entry at https://www.avweb.com/https/www.avweb.com/flight-safety/sightseeing-helicopter-broke-into-three-pieces-in-new-jersey-crash

Thankyou for finding the NTSB report.

Perhaps sudden failure of tail rotor broke tail boom, need to try to see which direction it broke in compared to its normal forcing against main rotor effect. And examine wreckage for indications of main rotor strike.

Sudden and complete seizing of the main transmission would probably cause a similar effect.

There’s a new airworthiness concern with this exact model about a “severe vertical hop” with aftermarket blades. This seems highly related.
https://www.faasafety.gov/files/notices/2025/May/FAA_ACS_-_206L_Series_Vertical_Vibration.pdf

And see:
https://data.ntsb.gov/carol-repgen/api/Aviation/ReportMain/GenerateNewestReport/195230/pdf

Not at all likely related, but curious that it was considered a Part 91 operation rather than Part 135, or whatever Part helicopters might be operated under “for hire.”

Common misconception that 91 is only “private”. Part 135 is largely required only for on-demand point-to-point. AOPA has nice brief on this:
https://www.aopa.org/advocacy/advocacy-briefs/regulatory-brief-commercial-air-tour-charity-and-sightseeing-rule

In general, it’s part 91 within 25 miles, starting and ending at the same point, with lots of restrictions for over-water flight. Still, it requires an LOA (unless you only do it infrequently) as well as drug programs, and other things you’d expect from a “commercial” operation.

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