Midair Collision · NTSB ERA09LA302

HAZELWOOD MICHAEL S RV-8 — Decatur, AL

1 fatal Low altitude
DateMay 23, 2009
LocationDecatur, AL
AircraftHAZELWOOD MICHAEL S RV-8 (amateur-built)
Purpose of flightPersonal
ConditionsDay · Visual Meteorological Cond
Phase / occurrenceManeuvering-low-alt flying Midair collision
Pilot age41
Pilot total time769 hrs · Building experience
Time in typeUnknown
Fatalities1

Probable cause

The RV-8 pilot's failure to maintain adequate clearance from the CJ-6A while maneuvering. This report was modified on September 10, 2010.

NTSB findings

  • Personnel issues-Psychological-Attention/monitoring-Monitoring other aircraft-Pilot - C

What happened

This report was modified on September 10, 2010.

Both pilots were friends and neighbors who were visiting an airport open house. Prior to returning to their home airport, the pilots discussed if they would be flying home together or separately. The pilot of the RV-8 decided to fly home separately, departed first, and performed some aerobatics near the airport traffic pattern. As the pilot of the CJ-6A prepared to depart, a photographer asked him to make some low passes over the runway, so that the photographer could take pictures. The CJ-6A took off and remained in the left airport traffic pattern. As the CJ-6A turned from base leg to final leg, the pilot of the RV-8 radioed via the common traffic advisory frequency that he was at the CJ-6A's 6 o'clock position, but did not provide distance information. He then radioed that he was at the CJ-6A's 4 o'clock position and again did not provide distance information. The CJ-6A then began a pass over the runway at approximately 200 feet above ground level. During that time, the RV-8 closed on the CJ-6A "dramatically," in excess of 30 knots, from above and behind. About the midpoint of the runway, the pilot of the CJ-6A began a climbing right turn. The RV-8's left wing then hit the CJ-6A, partially separating it. The RV-8 subsequently descended uncontrolled and impacted terrain.

An editorial "what led to it / how to avoid it" analysis for this accident is generated separately and will appear here.

View the official NTSB docket →