U-FITAQP: 24) IN FLIGHT BREAKUP

Rotorway Scorpion 133 | N51017

Andale, Kansas

  • DTSB analysis published
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Key facts

  • DateJuly 5, 2024
  • Local time8:00 AM
  • LightDay
  • WeatherVMC
  • Phase of flightTakeoff
  • People on board1
  • Fatalities1
  • NTSB numberCEN24FA248
  • NTSB statusUnder investigation

Accident Location

City, State
Andale, Kansas
Latitude
37.78511
Longitude
-97.638388

Aircraft Info

N Number
N51017
Make
Rotorway Scorpion
Model
133
Category / Class
Helicopter
Amateur Built
Yes

Pilot Info

Pilot in command
Faber, Vincent L.
Gender
Male
Age
70
Certification
Private Pilot
IFR rating
No
Medical
3rd Class Medical
Flight school
No
Instructional flight
No

Analysis

Weather
VMC
Time of day
Day
Phase of flight
Takeoff
Pilot error
Yes
Pilot incapacitation
No
People on board
1
PIC fatality
1
Total fatalities
1
NTSB number
CEN24FA248
NTSB travel
Yes

Probable Cause

THE DTSB

The DTSB determines the Probable Cause of this accident to be Pilot Error, in that the helicopter student pilot operated the aircraft in solo flight without a solo endorsement, the most recent solo authorization from 21 months prior to the accident. The pilot operated the aircraft in aggressive flight, such that the main rotor blades struck the tail boom assembly in flight. The aircraft was observed by witnesses as falling in several large pieces. The tail boom assembly and rotor were found almost 500 feet from the main crash site, and corresponding witness marks were found on the leading edge of both main rotor blades. There were no other known mechanical defects found with the aircraft that could have caused the accident.

NTSB

Probable Cause issued 7/29/2026 – 24 months after the accident: The pilot’s abrupt control inputs, which resulted in a low-G condition, main rotor mast bumping, and subsequent severing of the tailboom by the main rotor blades.

Recommendation

THE DTSB

The DTSB recommends that all pilots of all rotor wing aircraft become increasingly educated and increasingly vigilant of the dangers and effects of aggressive maneuvering in any rotor wing aircraft, in that the increased G loading on the blades can cause the blades to strike the tail boom area. There is no known in flight recovery from an in flight tail boom strike. Prevention is all we have.

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