Event CEN15CA165

Factual narrative

The pilot-receiving-instruction reported that the purpose of the flight was to receive a checkout in the flying club airplane. After completing three uneventful takeoffs and landings, the flight instructor asked the pilot-receiving-instruction to perform a simulated soft-field takeoff from a high-altitude airport. The pilot-receiving-instruction had not performed the requested maneuver previously, which was described as a soft-field takeoff at 50-percent engine power to simulate the atmospheric conditions of a high-altitude airport. Before attempting the takeoff, both pilots agreed that the pilot-receiving-instruction would manipulate the flight controls and that the throttle would be separately controlled by the flight instructor. The pilot-receiving-instruction reported that during the takeoff, shortly after becoming airborne, while still in ground-effect, the airplane encountered an aerodynamic stall. The pilot-receiving-instruction briefly reduced airplane pitch to recover from the aerodynamic stall, but as the airplane drifted toward the right side of the runway he subsequently increased yoke backpressure to keep the airplane airborne. The pilot-receiving-instruction reported that the airplane encountered a second aerodynamic stall after he increased airplane pitch. The airplane subsequently drifted left, crossing back over the runway, before the airplane landed along the left side of the runway. The flight was terminated and the aircraft inspected for damage. The airplane exhibited damage to the tail skid, tail tie-down ring, left wingtip, the nose and left main landing gear, and the propeller. An additional examination established that the aft fuselage bulkhead had sustained substantial damage when the tail struck the runway. The pilot-receiving-instruction reported there were no mechanical failures or malfunctions with the airframe or engine that would have precluded normal operation.The flight instructor reported that the engine power had been set at 2,100 rpm to simulate the available engine power while operating at a high-altitude airport. He reported that the pilot-receiving-instruction had used excessive pitch control inputs during the initial takeoff roll to keep the nose wheel off the runway, the airplane veered to the right before coming airborne, and that the airplane encountered an aerodynamic stall upon liftoff. The flight instructor reported that the airplane subsequently bounced, drifted to the left, and eventually landed along the left side of the runway. The pilot-receiving-instruction reported that the purpose of the flight was to receive a checkout in the flying club airplane. After completing three uneventful takeoffs and landings, the flight instructor asked the pilot-receiving-instruction to perform a simulated soft-field takeoff from a high-altitude airport. The pilot-receiving-instruction had not performed the requested maneuver previously, which was described as a soft-field takeoff at 50-percent engine power to simulate the atmospheric conditions of a high-altitude airport. Before attempting the takeoff, both pilots agreed that the pilot-receiving-instruction would manipulate the flight controls and that the throttle would be separately controlled by the flight instructor. The pilot-receiving-instruction reported that during the takeoff, shortly after becoming airborne, while still in ground-effect, the airplane encountered an aerodynamic stall. The pilot-receiving-instruction briefly reduced airplane pitch to recover from the aerodynamic stall, but as the airplane drifted toward the right side of the runway he subsequently increased yoke backpressure to keep the airplane airborne. The pilot-receiving-instruction reported that the airplane encountered a second aerodynamic stall after he increased airplane pitch. The airplane subsequently drifted left, crossing back over the runway, before the airplane landed along the left side of the runway. The flight was terminated and the aircraft inspected for damage. The airplane exhibited damage to the tail skid, tail tie-down ring, left wingtip, the nose and left main landing gear, and the propeller. An additional examination established that the aft fuselage bulkhead had sustained substantial damage when the tail struck the runway. The pilot-receiving-instruction reported there were no mechanical failures or malfunctions with the airframe or engine that would have precluded normal operation. The flight instructor reported that the engine power had been set at 2,100 rpm to simulate the available engine power while operating at a high-altitude airport. He reported that the pilot-receiving-instruction had used excessive pitch control inputs during the initial takeoff roll to keep the nose wheel off the runway, the airplane veered to the right before coming airborne, and that the airplane encountered an aerodynamic stall upon liftoff. The flight instructor reported that the airplane subsequently bounced, drifted to the left, and eventually landed along the left side of the runway. The flight crew's decision to have the flight instructor separately control the throttle during the accident takeoff likely prevented the pilot-receiving-instruction from adequately recovering from the initial aerodynamic stall. Additionally, following the initial aerodynamic stall, there was likely inadequate coordination between the flight crew to reestablish control of the airplane before it impacted the ground. Source: NTSB Aviation Accident Database Retrieved: 2026-02-12

NTSB Findings

Hierarchical cause / factor breakdown from the FAA bulk avdata database. Each finding tagged C (Cause) or F (Factor).

• C Aircraft-Aircraft oper/perf/capability-Performance/control parameters-Pitch control-Incorrect use/operation - C
• C Aircraft-Aircraft oper/perf/capability-Performance/control parameters-Angle of attack-Not attained/maintained - C
• C Personnel issues-Task performance-Use of equip/info-Aircraft control-Student/instructed pilot - C
• F Personnel issues-Action/decision-Info processing/decision-Decision making/judgment-Flight crew - F
• F Personnel issues-Task performance-Communication (personnel)-Lack of communication-Pilot - F
• F Personnel issues-Task performance-Communication (personnel)-Lack of communication-Student/instructed pilot - F