Bombardier announced that the first production Global 8000 aircraft has successfully completed its inaugural flight. The milestone was completed on May 16 from Bombardier’s state-of-the-art Aircraft Assembly Centre in Mississauga, Ont., and the aircraft executed a series of tests, part of the production flight test procedures during the flight. The exquisite jet landed under the expert command of pilot Sandro Novelli, assisted by co-pilot Charlie Honey and flight engineer Bhargav Bhavsar. All flight controls were exercised on the aircraft, and the systems and aircraft performed as expected.
This marks the latest milestone for Bombardier’s Global 8000 program. The Global 8000 flight test vehicle (FTV) has exceeded expectations in flight testing and the first production aircraft will soon travel to Bombardier’s Laurent Beaudoin Completion Centre in Montreal where interior completions will take place ahead of its planned entry-into-service (EIS) in the second half of 2025.
“This first production flight marks yet another successful milestone for Bombardier’s Global 8000 program and we are very pleased with how the aircraft performed on its maiden journey,” said Stephen McCullough, Senior Vice President, Engineering and Product Development, Bombardier. “Having this first production aircraft take to the skies is another important step in this journey that will redefine the business aviation landscape. With its low cabin altitude, luxurious and healthy cabin, signature smooth ride and unparalleled performance capabilities, the Global 8000 is the clear choice for discerning owners and operators who prioritize convenience and flexibility.”
“This is a very special accomplishment for our Global 8000 aircraft, the latest highlight for this transformational business jet,” said David Murray, Executive Vice President, Manufacturing, IT and Bombardier Operational Excellence System. “This first flight is a reflection of the dedication and high skill level of our engineering, production and flight teams to follow through and execute with precision and mastery at all stages of the manufacturing and flight-testing process.”
