Uploaded May 2022 | Updated September 2026, 9 hours ago
ASI Senior Vice President, Richard McSpadden, CFII, MEI, SES, MES, former Commander/Flight Leader for the USAF Thunderbirds, provides early analysis of an accident on May 20, 2022 when a Cessna 140 crashed at the MayDay STOL (Short Takeoff and Landing) event taking place that weekend in Wayne, Nebraska. No one on the ground was injured. Sadly, pilot Tom Dafoe, the only occupant in the aircraft, died in the accident. Winds were too strong on that day to run the STOL Drag competition, a test of speed and precision measured by time and combined takeoff and landing distance. Dafoe and other pilots decided to fly a traditional STOL Demonstration where pilots fly a typical box pattern keeping the takeoff and landing distance as short as possible.
It appeared Dafoe’s Cessna 140 made an S-turn for spacing behind a Zenith 701 to compensate for the Cessna’s faster speed leading to a stall/spin accident.
In Early Analysis: N76075, the AOPA Air Safety Institute makes a preliminary assessment of the accident, addressing notable portions of the tragic flight and highlighting areas the NTSB will likely investigate to determine a probable cause.
FINAL REPORT RELEASED: The National Transportation Safety Board has released its final report (ERA22FA233) regarding the investigation into the STOL crash of the Cessna 140 (N76075) during the MayDay STOL Wayne, NE.
data.ntsb.gov/carol-repgen/api/Aviation/ReportMain/GenerateNewestReport/105110/pdf
ASI Senior Vice President, Richard McSpadden, CFII, MEI, SES, MES, former Commander/Flight Leader for the USAF Thunderbirds, provides early analysis of an accident on May 20, 2022 when a Cessna 140 crashed at the MayDay STOL (Short Takeoff and Landing) event taking place that weekend in Wayne, Nebraska. No one on the ground was injured. Sadly, pilot Tom Dafoe, the only occupant in the aircraft, died in the accident. Winds were too strong on that day to run the STOL Drag competition, a test of speed and precision measured by time and combined takeoff and landing distance. Dafoe and other pilots decided to fly a traditional STOL Demonstration where pilots fly a typical box pattern keeping the takeoff and landing distance as short as possible.
It appeared Dafoe’s Cessna 140 made an S-turn for spacing behind a Zenith 701 to compensate for the Cessna’s faster speed leading to a stall/spin accident.
In Early Analysis: N76075, the AOPA Air Safety Institute makes a preliminary assessment of the accident, addressing notable portions of the tragic flight and highlighting areas the NTSB will likely investigate to determine a probable cause.
FINAL REPORT RELEASED: The National Transportation Safety Board has released its final report (ERA22FA233) regarding the investigation into the STOL crash of the Cessna 140 (N76075) during the MayDay STOL Wayne, NE.
data.ntsb.gov/carol-repgen/api/Aviation/ReportMain/GenerateNewestReport/105110/pdf



![FROM THE ARCHIVES | Takeoffs and Landings the Ups and Downs of the GA Pilot (2002)
Original press release from 2002:
Every pilot thinks he or she knows takeoffs and landings, said ASF Executive Director Bruce Landsberg. But I challenge you to say the same thing after this [video]. The fact is, many of us have been fooling ourselves, and this [video] proves it.
Developed using the massive 39,000-plus-record ASF Accident Database, Ups and Downs shows that fully half of all general aviation accidents occur in the takeoff and landing phases of flight. The research showed some disturbing facts about pilot perception versus reality, including:
- Adverse winds, almost universally blamed by pilots unable to control their aircraft on takeoff or landing, actually account for only a little over 14 percent of such accidents.
- Simple loss of control, mostly through pilot lack of knowledge, experience, or skill, causes nearly a third of all takeoff and landing accidents.
- More than 13 percent of takeoff accidents are the result of pilots wrongly positioning flaps, ailerons, rudder, or other basic control surfaces.
- Takeoff accidents caused by power loss are much more common than most pilots believe.
More accidents occur in the take off and landing phases of flight than any other. It is the close proximity to the ground that leaves less margin for error. Some pilots never really master the basics, then its only a matter of time before they have a problem.
Is the runway long enough? Are there obstructions? What is the density altitude? Is there a cross-wind? How good is your airspeed control? Do you know how to successfully recover from a bounced landing or when to go around? These are just some of the considerations that are addressed in this new safety advisor. FROM THE ARCHIVES | Takeoffs and Landings the Ups and Downs of the GA Pilot (2002)](https://i.ytimg.com/vi/alIZ6PV8uM8/mqdefault.jpg)






