Probable cause
The pilot's encounter with a loss of tail rotor effectiveness during an out-of-ground-effect hover.
NTSB analysis
The pilot of a Schweizer 269C helicopter was conducting a non-revenue sightseeing flight, looking for alligators, and he entered an out-of-ground-effect hover at 50-70 feet above ground level. He hovered the helicopter into the wind, which he based on the water conditions. After hovering for about 5 seconds, the pilot pitched forward on the cyclic and raised collective. The helicopter then entered an uncommanded right yaw. The pilot immediately lowered the collective, applied forward cyclic and left anti-torque pedal; however the yaw continued. The helicopter completed at least eight 360-degree turns to the right as he leveled the helicopter and raised the collective. The helicopter subsequently landed in the about 2 feet of water and came to rest upright, without injuries or damage to any property. The pilot believed he experienced a loss of tail rotor authority, and he did not feel any vibration in the anti-torque pedals. He remarked that the nearby trees could have changed the wind direction. The reported wind near the accident site, about the time of the accident, was from 310 degrees at 7 knots. Postaccident examination of the helicopter did not reveal any preimpact mechanical malfunctions.
Text from the NTSB. Open the NTSB docket for ERA09CA120 for the full record.
Event
- Date
- Dec 31, 2008
- Type
- Accident
- Place
- Panama City, Florida
- Nearest airport
- Panhandle Helicopter Heliport (0FD1)
- Highest injury
- None
- Weather
- Visual (VMC)
- Light
- Day
Schweizer 269C
- N-number
- N36254
- Category
- Helicopter
- Damage
- Substantial
- Operating rule
- Part 91 (general aviation)
- Purpose of flight
- Other work use
From the NTSB aviation accident database: N-registered aircraft, events since 2008, data through Oct 28, 2026. The file is published monthly, so the latest weeks are incomplete and recent records can change. The official source is the NTSB aviation investigation search. CheckAero is independent and not affiliated with the NTSB.