Why Canada Needs to Expand Its Drone and Missile Capabilities

For much of the post-Cold War era, Canada relied heavily on geographic isolation, American military dominance, and multilateral alliances to guarantee national security. Protected by three oceans and sharing a border with the United States, Canada traditionally focused more on peacekeeping, continental defence, and limited expeditionary operations rather than maintaining large-scale offensive military capabilities. However, the international security environment of the 2020s changed dramatically. The return of great-power competition, the rapid expansion of drone warfare, growing Arctic tensions, cyberwarfare, and the increasing militarization of advanced technology forced many countries to reconsider their defence strategies. Wars in Ukraine and the Middle East demonstrated that drones and precision-guided missile systems are no longer supplementary military tools but central pillars of modern warfare itself.

Canada now faces growing pressure to modernize its military capabilities after decades of underinvestment and procurement delays. The country possesses one of the world’s largest territories, an enormous Arctic frontier, critical maritime routes, and major infrastructure vulnerable to both conventional and unconventional threats. Yet Canada’s military procurement system has often been criticized for slow modernization, aging equipment, and limited domestic production capacity. Compared to many NATO allies, Canada maintains relatively modest missile stockpiles and limited drone capabilities despite the growing importance of unmanned systems in reconnaissance, defence, and deterrence. As modern warfare increasingly relies on autonomous systems, long-range strike capabilities, surveillance networks, and rapid-response precision weapons, Canada risks falling behind technologically and strategically if it fails to invest more aggressively in drones and missile systems.

The issue is not simply about preparing for large-scale war. Drones and missile technologies are becoming essential for Arctic sovereignty, maritime security, border surveillance, disaster response, intelligence gathering, and protection of national infrastructure. The lessons emerging from recent conflicts suggest that countries unable to rapidly adapt to drone-centric warfare may face severe strategic disadvantages even before conventional combat begins. Canada therefore faces a broader question concerning whether its defence policies remain aligned with the realities of 21st-century conflict and geopolitical competition.

The Transformation of Modern Warfare

Modern warfare changed dramatically during the early 21st century, particularly through the rise of unmanned systems and precision-guided weapons. Conflicts once dominated by tanks, artillery, and conventional infantry increasingly became shaped by drones, satellite-guided missiles, cyberwarfare, electronic warfare, and advanced surveillance systems. Small and relatively inexpensive drones proved capable of destroying tanks, disrupting logistics, targeting naval assets, and gathering real-time intelligence with remarkable efficiency. Wars in Ukraine, Syria, Nagorno-Karabakh, and the Middle East demonstrated that even non-state actors and smaller militaries could inflict major damage using drone technology combined with modern missile systems.

The Russian invasion of Ukraine became one of the clearest demonstrations of this transformation. Both Ukrainian and Russian forces relied heavily on drones for reconnaissance, artillery targeting, surveillance, and direct attacks. Cheap first-person-view drones and loitering munitions destroyed vehicles worth millions of dollars, while long-range missiles targeted energy grids, supply depots, command centres, and infrastructure deep behind front lines. The conflict revealed that modern warfare increasingly depends on mass production of relatively affordable unmanned systems rather than relying solely on traditional heavy equipment.

This shift has major implications for Canada. Historically, Canada focused heavily on traditional NATO operations involving fighter aircraft, naval patrols, and limited expeditionary deployments. However, modern conflicts increasingly reward militaries capable of integrating drones, precision-guided weapons, electronic warfare systems, and real-time intelligence networks at large scale. Countries failing to modernize risk becoming dependent on allies for critical technological capabilities or finding themselves unable to effectively defend vast territories and infrastructure in rapidly evolving military environments.

Arctic Sovereignty and Northern Defence

One of the strongest arguments for expanding Canadian drone and missile capabilities involves the Arctic. Climate change, melting sea ice, and growing geopolitical competition transformed the Arctic into one of the world’s most strategically important regions. Major powers including Russia, China, and the United States increasingly view the Arctic as critical for shipping routes, natural resources, military positioning, and strategic influence. Russia in particular expanded military infrastructure throughout the Arctic during recent decades, including airfields, missile systems, radar stations, and naval facilities along its northern coastline.

Canada possesses the world’s second-largest landmass and enormous Arctic territory, yet monitoring and defending these remote regions remains extremely difficult and expensive. Traditional surveillance and patrol systems alone are insufficient for maintaining persistent awareness across such vast geographic areas. Long-range drones equipped with advanced sensors could dramatically improve Canada’s ability to monitor Arctic waters, detect unauthorized activity, track foreign vessels, and support search-and-rescue operations in remote regions. Unmanned systems can operate for extended periods at far lower cost than traditional aircraft while covering immense distances.

Missile systems also play a growing role in Arctic deterrence. Modern long-range missile networks allow countries to project defensive power across enormous territories without maintaining large troop deployments everywhere simultaneously. If Canada wishes to maintain credible sovereignty and strategic relevance in the Arctic, it will likely require stronger integrated air defence systems, anti-ship missile capabilities, and advanced surveillance infrastructure. Arctic defence is no longer simply a matter of symbolic sovereignty patrols; it increasingly involves technological competition, early-warning systems, and the ability to respond rapidly to emerging threats across one of the world’s most contested strategic frontiers.

Drones as Force Multipliers

One major advantage of drones is that they function as force multipliers, allowing smaller militaries to achieve capabilities previously requiring much larger forces and budgets. Canada’s military faces persistent personnel shortages, recruitment challenges, and budget constraints relative to the scale of the country’s territory and international commitments. Drones offer a way to increase operational effectiveness without relying entirely on large increases in manpower.

Surveillance drones can monitor coastlines, Arctic shipping lanes, infrastructure corridors, and border regions continuously at relatively low cost. Armed drones can provide precision strike capabilities while reducing risk to pilots and aircrews. Maritime drones can assist naval operations and anti-submarine surveillance. Small tactical drones can improve battlefield awareness for infantry and special forces. Loitering munitions can provide flexible precision strike capabilities against hostile assets without requiring large-scale air operations.

Countries around the world increasingly recognize the strategic importance of unmanned systems. Turkey became internationally known for the effectiveness of its domestically produced Bayraktar drones in conflicts ranging from Libya to Ukraine. Iran developed extensive drone capabilities despite sanctions and economic isolation. China invested heavily in autonomous systems, while the United States rapidly expanded drone integration across all branches of its military. Canada risks technological dependency if it fails to build comparable expertise and production capacity domestically.

Missile Systems and Deterrence

Missile systems are increasingly central to modern deterrence strategies. Precision-guided missiles allow states to defend territory, protect infrastructure, deter aggression, and project military capability at long range without relying solely on conventional troop deployments. Modern missile systems include air defence interceptors, anti-ship missiles, cruise missiles, ballistic missiles, and hypersonic weapons capable of striking targets with extreme speed and accuracy.

For Canada, missile defence is particularly important given the changing global security environment. Long-range missile technology proliferated rapidly during the 21st century, with states such as Russia, China, North Korea, and Iran developing increasingly sophisticated missile arsenals. North America itself is no longer viewed as geographically untouchable in the event of major conflict. This reality increases pressure on Canada to strengthen continental defence cooperation with the United States while improving its own independent capabilities.

Canada historically relied heavily on American missile defence infrastructure through NORAD cooperation. However, many analysts argue that Canada should play a more active role in continental missile defence rather than remaining largely dependent on American systems alone. Expanded missile capabilities could also strengthen Canada’s ability to protect Arctic installations, naval assets, ports, communication networks, and critical infrastructure. In modern warfare, countries without credible missile deterrence risk strategic vulnerability even if they possess otherwise advanced conventional militaries.

Domestic Industry and Technological Development

Expanding drone and missile capabilities could also strengthen Canada’s domestic defence industry and technological sector. Canada already possesses advanced aerospace expertise through companies connected to aviation, electronics, satellite systems, and engineering. Increased investment in drones, autonomous systems, sensors, and missile technologies could stimulate domestic manufacturing, research, cybersecurity development, and artificial intelligence integration.

Countries increasingly view defence technology as strategically important not only militarily, but economically. Drone production, missile engineering, AI-assisted targeting systems, and advanced electronics are becoming major components of future industrial competitiveness. Estonia, Israel, South Korea, Turkey, and other technologically advanced states all demonstrated how defence innovation can strengthen broader technological ecosystems and industrial capabilities.

Canada often struggles with procurement delays and dependence on foreign suppliers for military equipment. Building stronger domestic production capacity could reduce strategic dependency while creating highly skilled industrial jobs and increasing national technological resilience. Defence manufacturing also contributes to supply chain security during crises, when international production networks may become unreliable or politically constrained.

NATO Obligations and Strategic Credibility

Canada’s defence spending and military readiness have increasingly become sources of debate within NATO. Many NATO members expanded military investment significantly after Russia’s invasion of Ukraine, particularly in areas involving drones, missile defence, artillery, and ammunition production. Canada, however, continues facing criticism for relatively low defence spending compared to alliance targets.

Expanding drone and missile capabilities would strengthen Canada’s credibility within NATO while improving interoperability with allied forces. Modern alliances increasingly depend on technological integration, intelligence sharing, and coordinated defence systems rather than simply troop numbers alone. Countries contributing advanced surveillance systems, cyber capabilities, and precision-guided weapons gain greater strategic relevance within alliance structures.

Canada’s international influence has historically depended partly on its ability to contribute meaningfully to collective defence arrangements. If modern warfare increasingly revolves around drones, missiles, and autonomous systems, Canada risks strategic marginalization if it fails to modernize accordingly. Military credibility affects diplomacy, deterrence, and geopolitical influence far beyond direct combat scenarios.

Ethical and Strategic Risks

Despite the advantages of drones and missile systems, there are also important ethical and strategic concerns. Drone warfare can lower the political threshold for military intervention because governments may perceive unmanned operations as less risky than deploying conventional troops. Autonomous weapons and AI-assisted targeting systems also raise serious ethical questions regarding accountability, civilian casualties, and the future role of human decision-making in warfare.

Missile proliferation similarly increases global instability and arms competition. As more countries develop long-range precision strike capabilities, the risk of rapid escalation during crises may increase significantly. Some critics argue that expanding military technology can fuel geopolitical tensions rather than reducing them, particularly if countries enter escalating arms races involving hypersonic missiles, autonomous drones, and advanced cyberwarfare systems.

Canada therefore faces the challenge of balancing modernization with responsible strategic planning. Expanding drone and missile capabilities does not necessarily require adopting aggressive military doctrines. Rather, the primary goal would involve strengthening deterrence, territorial defence, Arctic sovereignty, and technological resilience within an increasingly unstable global environment.

Conclusion

The rapid transformation of modern warfare fundamentally changed how countries must approach defence and national security. Drones, precision-guided missiles, cyberwarfare, and autonomous systems are no longer secondary technologies but central components of military power itself. Conflicts in Ukraine and elsewhere demonstrated that countries unable to adapt to these realities risk severe strategic disadvantages even against smaller or less wealthy adversaries.

For Canada, expanding drone and missile capabilities is increasingly tied to Arctic sovereignty, continental defence, NATO credibility, infrastructure protection, and long-term technological competitiveness. Canada possesses enormous territory, strategic Arctic geography, and major infrastructure vulnerable to modern threats, yet its military modernization has often lagged behind changing geopolitical realities.

The broader issue is ultimately about preparedness and adaptation. Countries that fail to modernize their defence systems may become increasingly dependent on allies for protection while losing strategic flexibility and technological competitiveness. Canada’s future security environment will likely depend not only on geography and alliances, but also on whether the country is willing to invest seriously in the technologies shaping 21st-century warfare.