Probable cause
The pilot's failure to maintain proper glide path during final approach which resulted in a collision with airport equipment short of the runway.
NTSB analysis
The pilot reported that after about 15 minutes of flying around the airport, he returned for landing. While he was on the base leg of the airport traffic pattern, he thought the airplane was a little high, so he reduced engine power so he could join the final approach on a 3-degree glide slope. As he entered the final approach, he added a little power and aimed for a touchdown point about 1,000 ft down the runway, which was sloped; it was higher on the approach end and dipped down in the middle. During short final, he realized that he descended below the glide path and his sink rate was higher than expected, so he added engine power, but shortly after doing so, he felt a "bang" and jolt, followed by a pitch down and impact with the terrain. The airplane struck a localizer antenna near the approach end of the runway and skidded to a stop in the grass. The forward portion of the fuselage, right wing, and horizontal stabilizer were substantially damaged. The pilot reported that there were no preaccident mechanical malfunctions or failures of the airplane that would have precluded normal operation.
Text from the NTSB. Open the NTSB docket for ERA20CA210 for the full record.
Event
- Date
- Jun 8, 2020
- Type
- Accident
- Place
- St. Mary'S, Pennsylvania
- Nearest airport
- St Marys Muni (OYM)
- Highest injury
- None
- Weather
- Visual (VMC)
- Light
- Day
Great Lakes 2T 1A
- N-number
- N863K
- Category
- Airplane
- Year built
- 1932
- Damage
- Substantial
- Operating rule
- Part 91 (general aviation)
- Purpose of flight
- Personal
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.