EVIO Opens Dorval Office With $43M Boeing ITB Investment

Expanding the Hybrid-Electric Footprint in Québec

EVIO has officially inaugurated its new corporate headquarters in Dorval, Québec, marking a strategic expansion of its regional aircraft development program. The facility, located adjacent to the YUL Montréal–Trudeau International Airport, now serves as the central hub for the company’s engineering, operations, and supply chain functions. This expansion is designed to accelerate the development of the EVIO 810 hybrid-electric regional airliner, a 76-seat aircraft currently under development. The site currently houses more than 35 employees, with plans to grow the local workforce to over 100 personnel by the end of 2027.

The Role of CP-8A Poseidon Procurement

The establishment of the Dorval office is underpinned by a $43 million CAD investment from Boeing. This capital injection is a direct result of the Industrial and Technological Benefits (ITB) policy, a Canadian government mandate requiring defense contractors to reinvest contract values into the domestic economy. Specifically, the funding is linked to the $10.4 billion CAD procurement of the CP-8A Poseidon maritime patrol aircraft. According to Boeing Canada, this contribution is part of a broader commitment that has seen $300 million CAD in ITB investments directed toward Québec-based aerospace firms over the past two years. The Canada Industrial and Technological Benefits (ITB) Policy framework continues to serve as a primary engine for these capital flows into the domestic green aviation sector.

Technical Strategy: The EVIO 810

The EVIO 810 represents a significant pivot toward 'strong-hybrid' propulsion systems within the regional aviation market. Unlike pure electric designs, which face severe range and payload limitations, the EVIO 810 utilizes a combination of battery-electric power and turboprop range extenders. The aircraft is designed to accommodate 76 passengers, offering an all-electric range of up to 500 nautical miles for short-haul missions, with hybrid capabilities for longer flights. The company, which maintains its official website for program updates, has already accumulated 450 conditional pre-orders, consisting of 250 firm conditional orders and 200 options. This development pattern follows the industry precedent set by the Heart Aerospace ES-30, which similarly transitioned to a hybrid-electric architecture to ensure operational viability for regional network carriers.

EVIO 810 vs. De Havilland Dash 8-400: Key Specifications

The Economic and Industrial Trajectory

The integration of Pratt & Whitney Canada technology into the EVIO 810 powertrain highlights the deepening ties between local engine manufacturers and emerging hybrid-electric OEMs (Original Equipment Manufacturers). By clustering these operations in the Dorval aerospace hub, EVIO is positioning itself to leverage the existing talent pool and research infrastructure in the greater Montréal region. While the project promises significant economic growth, some industry observers, such as those cited by Fliegerfaust, have noted that the ITB offset strategy remains a point of contention among those who favor open competition over sole-source procurement processes like the CP-8A Poseidon contract.

Future Milestones for the EVIO 810

The company is currently targeting an aggressive development schedule as it scales its operations in Québec. Following the expansion of its Dorval facility, the next major technical milestone is the expected prototype first flight in 2029. This timeline aligns with the broader delivery schedule for the CP-8A Poseidon fleet, which is expected to see its first aircraft delivered to the Royal Canadian Air Force in 2027, with the full fleet delivery projected for 2030. Entry into service for the EVIO 810 is anticipated in the early 2030s, contingent upon successful certification and flight test programs.

Why the Québec Aerospace Cluster Matters

The concentration of aerospace expertise in the Montréal area provides a critical advantage for startups navigating the complex regulatory and technical requirements of hybrid-electric aircraft certification. For Boeing, the investment fulfills critical offset obligations while fostering a domestic supply chain capable of supporting next-generation propulsion research. For regional airlines, the success of this program could provide a viable path to restoring profitability on routes that have faced increasing pressure from rising fuel costs and environmental regulations.