Back to Search

NTSB investigation record

ERA14CA009

Completed

Eurocopter As350B2· N911ES

Date
October 20, 2013
Location
Madison, MS
Conditions
VMC
Record
Published September 25, 2020

Primary finding

Probable cause

The helicopter's collision with a black vulture during climb to cruise altitude.

Investigator assessment

Analysis narrative

According to the pilot, he was climbing the helicopter through 1,300 feet when he felt an "explosion" in his face that knocked his visor up and affected both his visibility and crew communications. The pilot was eventually able to get his visor back down and land the helicopter, where it was discovered that both windshields were blown out, the center post and the cabin shell were damaged, the doors were blown open and onboard medical equipment was missing. On the ground, a crewmember stated that just before the event, he had seen a black bird fly toward the helicopter from above and left, but did not have enough time to call it out. Analysis of onboard residual bird feathers and a photograph of the suspect bird carcass indicated that it was a black vulture, which can weigh up to 4.8 pounds.

Source record

Factual narrative

According to the pilot, he was climbing the helicopter through 1,300 feet when he felt an "explosion" in his face that knocked his visor up and affected both his visibility and crew communications. The pilot was eventually able to get his visor back down and land the helicopter, where it was discovered that both windshields were blown out, the center post and the cabin shell were damaged, the doors were blown open and onboard medical equipment was missing. On the ground, a crewmember stated that just before the event, he had seen a black bird fly toward the helicopter from above and left, but did not have enough time to call it out. Analysis of onboard residual bird feathers and a photograph of the suspect bird carcass indicated that it was a black vulture, which can weigh up to 4.8 pounds.

Continue research

Find similar accidents

Continue with the strongest shared characteristics.