Canada’s next generation of military surveillance aircraft is taking shape through an unusual partnership: American-built drones supported by Canadian artificial intelligence, research expertise and aviation technology.
On October 15, 2026, Canadian defence contractor 49North announced a new subcontract to develop airborne surveillance imagery for the Royal Canadian Air Force’s fleet of 11 CQ-9B Guardian remotely piloted aircraft. The work will be led by TerraSense Analytics alongside researchers from the University of British Columbia and aviation specialists at KF Aerospace.
The award forms part of Canada’s broader $2.49 billion military drone acquisition program, which is intended to strengthen surveillance of Canadian territory, maritime approaches and the Arctic.
The latest contract focuses on gathering high-quality imagery to develop automated target-recognition capabilities, potentially helping military personnel identify objects more efficiently during future operations.
A Canadian Defence Contractor Awards the New Surveillance Contract
The latest development was announced on October 15 by 49North, a wholly owned subsidiary of Canadian aerospace company MDA Space. The Ottawa-based defence integrator awarded a subcontract to Airborne Sensing Lab, a consortium led by British Columbia’s TerraSense Analytics. The work supports Canada’s existing Remotely Piloted Aircraft System program rather than representing a new government purchase of aircraft. Canada’s original agreement with American manufacturer General Atomics was signed in December 2023.
Under the new arrangement, the consortium will collect high-quality airborne imagery to help develop automated target-classification technology for the future fleet. The award falls within 49North’s existing C$78.2 million contract with General Atomics Aeronautical Systems, but the companies did not disclose the individual subcontract’s value. Joe Armstrong, president of 49North, described the partnership as an opportunity to combine Canadian academic expertise with domestic defence technology. For smaller Canadian technology businesses, participation offers a route into a major military program normally dominated by international aerospace contractors.
Eleven American-Built Drones Will Form Canada’s New Fleet
Canada’s future military drones are designated CQ-9B Guardian aircraft, a Canadian version of General Atomics’ MQ-9B SkyGuardian. Manufactured by the California-based company, the aircraft are substantially larger and more capable than the small drones commonly used for photography or recreational flying. National Defence lists a wingspan of approximately 24 metres, an endurance of 28 hours and a speed of around 315 kilometres per hour for Canada’s planned configuration.
The federal procurement includes 11 aircraft and six ground control stations, along with weapons, training equipment, maintenance support and specialized infrastructure. The system is intended to support as many as three simultaneous operational assignments, whether within Canada or overseas. Although the aircraft operate without pilots physically aboard, they are controlled by trained personnel using ground-based systems. Their long endurance is particularly valuable for surveillance across vast distances. A single mission could provide extended observation of remote areas where conventional aircraft operations are expensive and logistically demanding.
TerraSense, UBC and KF Aerospace Bring Canadian Expertise Together
The new surveillance work brings together three organizations with complementary specialties. TerraSense Analytics develops artificial intelligence systems for interpreting sensor information. The University of British Columbia’s Survive and Thrive Applied Research initiative supports research collaboration, while KF Aerospace contributes aviation equipment, aircraft operations and technical expertise. Their Airborne Sensing Lab provides a platform for collecting information that researchers and engineers can use to train and evaluate advanced detection systems.
The partnership was already conducting flight testing before the latest contract. In August 2025, TerraSense reported that the laboratory had completed nine successful flights using a modified Cessna equipped with optical imaging technology. The aircraft carried an L3Harris WESCAM MX-10 sensor and an IMSAR NSP-5 radar, giving researchers access to different types of airborne observations. Engineers were also developing methods to label images for artificial intelligence training. Rather than relying entirely on laboratory simulations, the partnership can collect information under actual flight conditions, providing a more realistic foundation for future defence applications.
Surveillance Flights Will Focus on Ships in the Strait of Georgia
The contract identifies the Strait of Georgia, between Vancouver Island and mainland British Columbia, as the location for collecting maritime imagery. Airborne Sensing Lab will capture electro-optical and infrared images of vessels operating in the region. Electro-optical cameras record visual information, while infrared sensors detect differences in emitted thermal energy. Together, these technologies provide complementary observations that can help distinguish objects across different lighting and environmental conditions.
The goal is to build useful image data for developing the Guardian fleet’s automated target-classification system. This work involves more than taking photographs from an aircraft. Engineers must gather suitable examples, organize observations and prepare information that computer models can interpret. The sensor-equipped research aircraft will perform the data-collection work; the announcement does not mean the 11 Guardians are already conducting surveillance over the strait. Nor does it establish that every vessel photographed represents a security concern. The immediate objective is technology development, with operational capabilities to follow only after further integration and evaluation.
Artificial Intelligence Could Help Identify Objects More Quickly
The planned automated classification system is intended to help military operators interpret large quantities of surveillance imagery. Instead of requiring personnel to manually examine every image from an extended reconnaissance mission, computer software can assist by recognizing patterns and identifying objects that deserve attention. Maritime imagery offers opportunities to train such systems on vessels seen from different angles, distances and environmental conditions. The October announcement does not specify which vessel categories the finished software will recognize.
TerraSense has previous experience developing this type of technology. Its Multimodal Input Surveillance and Tracking system, supported through collaboration with UBC researchers, was designed to identify objects of interest using video feeds, including information obtained from search-and-rescue aircraft. However, automated classification is not the same as determining whether an object is hostile. The U.S. National Institute of Standards and Technology emphasizes that artificial intelligence must be tested for accuracy, including false identifications and performance outside training conditions. The new contract represents development work, not proof that a fully validated system is operational.
The Drones Could Strengthen Arctic and Coastal Surveillance
Canada’s enormous geography makes persistent surveillance especially difficult. The country has extensive coastlines, isolated northern communities and large areas where conventional aircraft must travel considerable distances before reaching an assignment. National Defence expects the Guardian system to improve awareness of maritime approaches and remote territory while supporting search-and-rescue activities and assistance during emergencies. The military has also identified potential support for responses to wildfires and floods.
Operating in northern conditions presents challenges beyond surveillance range. Aircraft must withstand low temperatures, icing and unpredictable weather. In April 2026, General Atomics announced that it had completed planned flight tests supporting certification of the MQ-9B for flight into known icing conditions. Representatives from Canada’s military airworthiness authority observed portions of the testing and planned to use the results in their certification work. These tests are important progress, but completing flight trials is not equivalent to obtaining final Canadian operational approval. The aircraft’s effectiveness in the Arctic will depend on certification, communications, weather performance and trained crews.
The Aircraft Can Carry Weapons, but Humans Remain Responsible
Although surveillance is the focus of the new subcontract, Canada’s CQ-9B Guardian fleet is designed to carry precision-guided weapons when required. The original federal acquisition includes an initial weapons package, alongside sensors and communications equipment. National Defence has explained that these aircraft will not routinely need to carry weapons during operations in Canadian airspace. Their potential military roles include intelligence collection, reconnaissance and precision strikes during authorized deployments.
The distinction between automated image recognition and autonomous weapons use is particularly important. Canadian officials have stated that qualified Royal Canadian Air Force pilots will operate the aircraft and that employing weapons must comply with applicable domestic and international law, including the law of armed conflict and military rules of engagement. Developing software that identifies objects in imagery does not itself authorize a strike. Nevertheless, increasing reliance on automated intelligence raises questions about accuracy, supervision and accountability. The value of the technology will depend not only on what it detects but also on how military personnel interpret and verify that information before taking action.
Comox, Greenwood and Ottawa Will Support the Fleet
Canada plans to station its Guardian aircraft at 19 Wing Comox in British Columbia and 14 Wing Greenwood in Nova Scotia. The two locations provide access to the country’s Pacific and Atlantic approaches. A dedicated ground control centre in Ottawa will house the equipment used by remotely located pilots and mission crews. Aircraft may also operate from northern forward locations when required. The arrangement is intended to support surveillance across different regions without requiring all personnel to be physically located beside the aircraft.
Building this network involves considerable infrastructure work. The acquisition includes new hangars, control equipment, communications systems and training facilities. Canada’s 2026 defence project status report confirmed that construction of the Ottawa ground control centre began in July 2025. It also reported that major aircraft components entered production in October 2024. First aircraft delivery and acceptance are expected in early 2028, with full operational capability targeted for the early 2030s. Defence officials have identified infrastructure readiness, certification and development schedules as risks, meaning successful subcontract announcements do not guarantee that every operational milestone will be achieved on time.
The $2.49 Billion Program Includes Significant Canadian Investment
Canada’s Guardian acquisition carries an estimated C$2.49 billion price tag covering aircraft, ground stations, infrastructure, training, equipment and initial sustainment arrangements. The newly announced surveillance subcontract forms one part of this larger procurement. Separately, 49North says its overall work with General Atomics under the program is worth C$78.2 million. These figures should not be confused: neither amount represents the publicly disclosed price of the October 15 award, because that individual value was not announced.
Canadian industrial participation is a formal component of the procurement. Under the federal Industrial and Technological Benefits Policy, the principal contractor must undertake qualifying business activities and investments in Canada tied to the value of its contracts. When the aircraft purchase was announced in 2023, Ottawa estimated that General Atomics’ commitments could support nearly 700 jobs annually and contribute approximately C$97 million to Canadian gross domestic product annually over nine years. Those are projected economic benefits, not verified employment outcomes. The latest subcontract demonstrates one way Canadian research and engineering organizations are participating in the program.
Another Contract Will Help Canada Share Intelligence With NATO Allies
The October agreement builds on other Canadian technology work associated with the Guardian fleet. In June 2026, General Atomics awarded 49North a separate C$3.7 million contract to develop a Coalition Shared Database. The system is designed to organize, store and distribute intelligence, surveillance and reconnaissance information among authorized allied users. It follows NATO’s STANAG 4559 data-sharing standard and is intended to allow information to move across multinational networks while preserving national control over access.
Development and integration work for that system is being conducted in Richmond, British Columbia, with delivery to General Atomics expected by August 2027. The database is planned for Canada’s main Guardian ground control centre in Ottawa. The new maritime imagery contract complements this wider emphasis on collecting and managing intelligence, although the two awards cover different deliverables. Team SkyGuardian Canada also includes CAE, which contributes training and support, and L3Harris WESCAM, which provides imaging technology. Together, these partners are developing capabilities intended to support Canadian operations and cooperation with NATO and NORAD allies.
Canada Is Building a Broader Domestic Drone Industry
The latest contract arrives during a wider effort to strengthen Canada’s drone capabilities. In July 2026, the federal government launched the Defence Drone Initiative to accelerate the development, testing and production of Canadian uncrewed systems. The initiative aims to connect military and coast guard requirements with businesses specializing in robotics, sensors, artificial intelligence and advanced manufacturing. It encompasses technologies ranging from small surveillance drones to counter-drone systems and unmanned vehicles operating on land or water.
In September, Prime Minister Mark Carney announced initial contracts worth up to C$50 million intended to increase the number of drones deployed by the Canadian Armed Forces tenfold. Those smaller systems are separate from the 11 large Guardian aircraft. The government describes its broader approach as Build-Partner-Buy, emphasizing domestic production where practical and cooperation with international suppliers where necessary. The TerraSense-led award illustrates that strategy in action: an American-made aircraft supported by Canadian-developed intelligence technology. Its ultimate success will depend on demonstrated performance, reliable delivery and whether the expertise developed can support Canada’s defence capabilities over the long term.
