This video analyzes a fatal crash where a Piper Cherokee lost control during a go-around at Akron-Fulton International Airport, demonstrating how uncoordinated turns (using improper rudder and aileron combinations) can cause an aircraft to stall and spin at low altitude, especially when pilots overshoot the runway centerline and attempt to realign; the key lesson is that pilots must maintain coordinated flight throughout the traffic pattern, particularly during the base-to-final turn, and should consider diverting if approaches remain unstable despite multiple attempts.
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2 Dead After Plane Crashes Into House in OhioAdded:
The aircraft crashed into a house just 2 miles from the airport. Both individuals on board died in the crash. On May 14th, 2026, November 7188 Whiskey, a Piper Cherokee, was approaching runway 7 at Akron-Fulton International Airport. The aircraft appears to have done at least one lap in the pattern prior to the crash, and based on radio transmissions and the flight track, we can infer that this was a go-around, likely due to the gusty wind conditions. Winds were gusting upwards of 30 knots from the northwest. If not flying with a wind correction angle on the downwind leg, these winds can push the aircraft towards the runway and make for a really tight base to final turn. And if you don't anticipate correctly on the turn from base to final, the winds would push you off your alignment with center line on the runway. The aircraft overshot the runway while turning base to final. The flight track indicates that the pilot may have tried to realign with the runway after overshooting the center line. When pilots overshoot final, it's very tempting to force the airplane back toward the center line using uncoordinated rudder and ailerons.
However, this can create a skidding turn, which can lead to an unrecoverable stall spin close to the ground. The pilot likely tried to realign themselves with the runway, and in doing so, stalled the aircraft and lost control.
Loss of control on approach is one of the leading killers in general aviation.
Low altitude, low airspeed, and a high workload means there's very little room for error. The NTSB investigation is already underway, but there's plenty of takeaways for pilots from this flight.
Before entering the pattern, think about how wind conditions might affect each leg of the pattern. A strong tailwind on base, a quartering wind on final, or a strong crosswind while turning can easily disrupt your pattern. If the first approach is unstable, go around and set it up again. But, your second attempt is still unstable, that means that conditions may not be improving at the airport, or your workload is too high, and therefore, you might want to consider diverting to a different airport where conditions might be better. Throughout the pattern, keep the airplane coordinated, especially in the turn from base to final.
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