A business jet crashed during takeoff in a snowstorm at Bangor International Airport, resulting in the deaths of at least six individuals. The aircraft involved was a Bombardier Challenger 600, a model known for past incidents related to ice accumulation on its wings. The crash occurred around 7:45 p.m. local time on Sunday as a winter storm was approaching the region.
The airport confirmed that there were six passengers on board the flight, all of whom tragically lost their lives. Initial reports from the Federal Aviation Administration suggested seven fatalities and one crew member survivor, but these numbers were deemed preliminary and subject to change. No individuals were transported to a hospital following the crash.
While heavy snowfall affected various parts of the country, the accumulation had just begun in Bangor, where other planes had been departing safely. The jet was registered to a corporation based in Houston, Texas, sharing an address with the law firm Arnold and Itkin Trial Lawyers.
An air traffic controller’s audio recording captured the moment when the aircraft overturned during takeoff, prompting a swift emergency response. The Bombardier Challenger 600 has a history of icing problems during takeoff, leading to previous accidents, as noted by aviation safety consultant Jeff Guzzetti. Proper de-icing procedures are crucial for this aircraft model to prevent potential issues.
The Bombardier Challenger 600, designed for nine to eleven passengers, was introduced in 1980 by Canadair before being acquired by Bombardier. Bangor International Airport, situated about 320 kilometers north of Boston, offers direct flights to various destinations such as Orlando, Washington, and Charlotte.
The recent winter storm disrupted air travel across the eastern U.S., resulting in the cancellation of approximately 12,000 flights and nearly 20,000 delays on Sunday. Airports in cities like Philadelphia, Washington, Baltimore, New York, and New Jersey experienced significant impacts due to the severe weather conditions.