Aerial Application Airplane Crashes During Climb

Casualties unknown • Meade, KS, US

An aerial application aircraft entered a rapid descent and collided with the ground after the pilot retracted flaps during the climb.

What happened

The pilot of an aerial application airplane initiated rotation at a speed between 60 and 65 mph. Following rotation, the aircraft accelerated to 85 mph while in the climb phase. During this ascent, the pilot retracted one notch of flaps, at which point the aircraft ceased its climb.

A rapid descent followed the flap retraction. Despite the throttle and propeller controls being set to full power, the airspeed decelerated to 60 mph during the descent. This high rate of descent continued until the aircraft collided with the ground, resulting in no injuries to the pilot.

The investigation

An on-scene investigation was conducted to determine if mechanical issues contributed to the accident. Investigators found no pre-impact mechanical anomalies regarding the engine or the airframe. Additionally, a review of the pilot's operating handbook indicated that the required liftoff speed for the aircraft is 65 mph.

Probable cause

The pilot's decision to retract flaps during the climb resulted in an aerodynamic condition that caused the aircraft to stop climbing and enter a rapid descent.

Frequently asked questions

What happened in the 1995-04-08 Cessna 188 accident near Meade, KS?

An aerial application aircraft entered a rapid descent and collided with the ground after the pilot retracted flaps during the climb.

What aircraft was involved and where did it happen?

The accident on 1995-04-08 involved a Cessna 188, registration N9849V, at Meade, KS.

What was the probable cause of the accident?

The pilot's decision to retract flaps during the climb resulted in an aerodynamic condition that caused the aircraft to stop climbing and enter a rapid descent.

Investigation report by the U.S. National Transportation Safety Board (NTSB) historical archive. Original record: https://carol.ntsb.gov/event/20001207X03259. This page is a structured re-presentation; facts and quotes are in the National Transportation Safety Board (NTSB), United States.

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