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Mon, May 12, 2014

Probable Cause Report Released From 2012 Owls Head, ME Accident

Pilot And Truck Driver Both Contributed To The Accident, NTSB Says

The NTSB has issued its probable cause report from an accident that fatally injured three people from a college fraternity which occurred at Knox County Regional Airport (KRKD) in Owls Head, ME in November 2012.

According to the report, shortly after the end of civil twilight and during the departure roll with about liftoff speed, the airplane, a Cessna 172, collided with a private ground vehicle that was crossing the runway, which resulted in the separation of the airplane’s right elevator. The vehicle driver reported that he did not see the airplane until after the collision as it was attempting to gain altitude. Witnesses observed the airplane attempting to climb, drifting left of the runway, and then beginning a left turn. Witnesses then observed the airplane in “slow flight” and subsequently spinning until impact.

Examination of the vehicle revealed impact marks on the left front fender consistent in size and shape with the airplane’s right elevator. One light bulb from the vehicle’s headlights was located, and examination of the light bulb revealed that the filament was stretched, which is consistent with the light being on at the time of the collision. The driver stated that he did not, nor was ever required to, have a yellow beacon on his vehicle. After the accident, the airport required airport beacons to be placed on the top most portion of the vehicle and to be operational both day and night while that vehicle operates on the ramp, taxiway, runway, or any other areas that an aircraft may operate.

Examination of the airplane’s wingtip light bulbs revealed that the filaments were stretched, indicating that the lights were on at the time of the accident. Examination of the beacon and navigation light bulbs did not reveal any information about their operational status at the time of the accident.

It could not be determined if the driver or pilot announced their intentions over the airport common traffic advisory frequency. A handheld radio was located on the vehicle’s dashboard; however, it was found in the “off” position. When the radio was placed in the “on” position and the correct frequency was set, the radio transmitted and received with no anomalies noted. Although the airplane was close to or perhaps past liftoff speed, the pilot likely could have stopped the airplane on the remaining 3,600-feet of paved runway following the impact with the vehicle. However, the pilot did not discontinue the takeoff.

The NTSB determined the probable cause(s) of this accident to be the vehicle driver's failure to verify that the runway was not occupied by an airplane before crossing the runway, which resulted in the vehicle being struck by a departing airplane, and the pilot's continued takeoff with flight control damage, which subsequently resulted in an aerodynamic stall and spin at low altitude.

FMI: www.ntsb.gov

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