The Canadian government is planning a major investment exceeding 900 million Canadian dollars to expand national research in drone technology and airborne defense systems. The initiative will be overseen by the National Research Council (NRC), Canada’s leading public research body responsible for scientific advancement across multiple industries, including aerospace, defense, and advanced manufacturing. A central component of the initiative will be the establishment of a new research and testing facility dedicated to unmanned aerial systems. The center will support studies into drone technologies for a wide range of applications, including military surveillance missions, emergency response during natural disasters, and monitoring of key infrastructure assets such as pipelines and transportation networks. As part of the program, the NRC will also acquire a Bombardier Global 6500 aircraft that will function as a flying research platform. The aircraft will enable engineers and scientists to conduct flight tests and evaluate advanced defense technologies under real operational conditions. Production of the aircraft will involve Canadian manufacturing facilities, with assembly taking place near Toronto Pearson Airport in Mississauga and interior completion work carried out in Dorval, Quebec. The project will involve more than 65 domestic suppliers providing components and specialized services. Government officials say the investment will help strengthen Canada’s domestic defense industry while encouraging innovation across sectors such as aerospace engineering, unmanned systems development, quantum technologies, and biomedical research. The program forms part of Canada’s newly introduced Defence Industrial Strategy, a long-term initiative launched by Prime Minister Mark Carney to expand national defense capabilities and reduce reliance on foreign suppliers. The strategy outlines more than 500 billion Canadian dollars in combined investments covering defense procurement, military infrastructure, and technology development over the next decade.
