Twin-engine aircraft crash near Beaverdell following dual engine failure

No fatalities • Beaverdell, Canada • Flight

A twin-engine aircraft experienced a simultaneous failure of both engines while flying near Beaverdell, resulting in a crash landing in a tree plantation.

What happened

During a flight traveling from Arizona to Kelowna, a twin-engine aircraft made a scheduled technical stop in Boise, Idaho. While cruising at an altitude of 8,500 feet, the aircraft suffered a simultaneous failure of both engines. In response to the loss of power, the pilot initiated a descent to a lower altitude and sought an emergency landing site in a level area situated approximately 37 miles south of Kelowna, near Beaverdell.

As night fell, the aircraft struck a fence and multiple trees within a Christmas tree plantation before coming to a final stop. Despite the impact, all six occupants were able to evacuate the wreckage without injury. The aircraft sustained damage that rendered it a total loss.

Findings

Initial reports indicate that the aircraft still possessed sufficient fuel levels at the time of the incident. The precise reason for the dual engine failure remains under investigation by authorities.

Probable cause

The investigation is ongoing to determine the cause of the simultaneous failure of both engines.

Frequently asked questions

What happened in the 2016-05-31 Rockwell Aero Commander 700 (Fuji FA-300) accident near Beaverdell, Canada?

A twin-engine aircraft experienced a simultaneous failure of both engines while flying near Beaverdell, resulting in a crash landing in a tree plantation.

Were there any fatalities in the 2016-05-31 Rockwell Aero Commander 700 (Fuji FA-300) accident?

No fatalities were recorded in this accident.

What aircraft was involved and where did it happen?

The accident on 2016-05-31 involved a Rockwell Aero Commander 700 (Fuji FA-300), registration C-GBCM, operated by Ecom Systems, at Beaverdell, Canada.

What was the probable cause of the accident?

The investigation is ongoing to determine the cause of the simultaneous failure of both engines.

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