Canada’s fighter debate is no longer just about choosing between two jets. A new domestic drone program is shifting the discussion toward a larger question: what kind of air combat system the Royal Canadian Air Force wants to build for Arctic surveillance, alliance operations, and long-range command and control. Dominion Dynamics, an Ottawa-based company backed by a $50 million investment, is developing an Autonomous Collaborative Platform, or ACP, designed to fly alongside crewed fighters including the F-35A and Saab Gripen. The timing is difficult to ignore.
Canada is already moving ahead with the F-35 as the replacement for its aging CF-18 fleet, with early aircraft headed to Luke Air Force Base for training before the type begins arriving in Canada in 2028. But the public argument around the program has widened, mixing operational demands, industrial policy, and the desire for more sovereign capability. The ACP enters that debate as something more important than a supporting aircraft. It offers a way to add surveillance reach, electronic warfare capacity, strike support, and communications relay without relying entirely on imported platforms for every part of the mission set. That matters in a country where Arctic distance, sparse infrastructure, and severe weather complicate even routine air operations.
Dominion Dynamics has framed the project around Canadian conditions rather than generic drone development. According to company material cited in reporting, its broader work includes sensor networks for northern regions, onboard processing for remote operations, and testing in extreme cold with Canadian Rangers. The company’s approach treats airpower as a networked architecture of software, sensors, and autonomous vehicles, not simply a question of airframe performance. In practical terms, that means a fighter could act as a mission commander while uncrewed aircraft push farther forward, absorb more risk, or carry mission equipment that would otherwise consume space and weight on the crewed jet.
The logic is consistent with what other air forces are building. The U.S. Air Force’s Collaborative Combat Aircraft effort has already moved into inert weapons integration testing, and recent demonstrations showed an F-22 pilot passing commands in real time to a jet-powered autonomous aircraft during air combat tasks. One company statement described autonomy using onboard sensors to make independent decisions while executing pilot commands, a model that points to how future formations may distribute sensing, weapons, and risk across several aircraft instead of one.
That wider trend also sharpens the Canadian fighter question. Internal Canadian evaluation data released publicly showed the F-35 scored 95% and Gripen 33% on military capability in the 2021 competition. The gap was especially pronounced in mission performance and long-term upgrade potential. Those figures reinforced the operational case for the F-35, particularly for NORAD integration, sensor fusion, and high-threat missions.
Yet the ACP concept complicates any simple either-or framing. A sovereign collaborative aircraft could strengthen an F-35 fleet by expanding its reach and survivability, while also making a future mixed force more plausible if Ottawa still wants domestic industrial leverage and greater control over supporting systems. Dominion’s projected 24 to 36 month path from scaled prototypes toward a full-size aircraft is still early-stage work, but it places a distinctly Canadian program inside a procurement argument that had been dominated by foreign primes. The result is a debate that now turns less on a single fighter’s brochure features and more on how Canada intends to connect pilots, drones, sensors, and northern infrastructure into one airpower system.
