JOHN Sample BEARHAWK

Nampa, ID — December 16, 2019

Event Information

DateDecember 16, 2019
Event TypeACC
NTSB NumberWPR20CA043
Event ID20191216X72031
LocationNampa, ID
CountryUSA
Coordinates43.58000, -116.52000
AirportNampa Muni
Highest InjuryNONE

Aircraft

MakeJOHN Sample
ModelBEARHAWK
CategoryAIR
FAR Part091
Aircraft DamageSUBS

Conditions

Light ConditionDAYL
WeatherVMC

Injuries

Fatal0
Serious0
Minor0
None3
Total Injured0

Event Location

Probable Cause

The pilot's selection of unsuitable terrain for landing, which resulted in impact with a knoll and a subsequent ground-loop.

Full Narrative

According to the pilot, after an uneventful flight, he verified the current weather conditions about 10 miles from the airport and subsequently entered the airport traffic pattern, at which point he elected to conduct a "grass landing." The airplane touched down normally, but during the landing roll he observed an obstacle in the middle of the "runway." The pilot was unable to react before the right main landing gear impacted a knoll and the airplane ground looped. The right main landing gear collapsed, and the right wing was substantially damaged.

The airplane landed on an area of grass between the runway and taxiway when it impacted the grass knoll. According to the airport manager, pilots are advised to land and takeoff on published runways only as prescribed under the airport policy page of the airport's website. This information is not available in the airport's chart supplement.

The pilot indicated that he checked the chart supplement for pertinent airport information, which did not include any restrictions about landing on the grass area between the taxiway and runway.

The pilot reported that there were no mechanical anomalies with the airplane that would have precluded normal operation.

About This NTSB Record

This aviation event was investigated by the National Transportation Safety Board (NTSB). NTSB investigates all U.S. civil aviation accidents to determine probable cause and issue safety recommendations to prevent future accidents.

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