Full Breakdown
Canada’s Counter-Drone Sandbox at Suffield: A Global Test-Bed for New Defence Tech
By Drooid · · How we work
Core Event – Fourth Counter-Uncrewed Aircraft Sandbox
Canada’s Department of National Defence used the Suffield Research Centre in Alberta to host its fourth Counter-Uncrewed Aircraft Sandbox, a competition that awards a C$1 million prize to the most promising drone-killing innovation. Companies from Canada, Australia, Finland and the United States demonstrated detection and interception methods while observers from the Canadian, Dutch, German, British, American and Ukrainian militaries watched the trials.
Background & Context
The Suffield base, once the primary training ground for British Army tank crews, was fully vacated by the British by 2024. Ukrainian forces, the only participants with recent combat experience, are present to share frontline lessons.
Data & Statistics
- Prize: C$1 million for the most promising counter-drone system.
- Cost comparison: Patriot PAC-3 missiles used by the United States and Gulf states cost about C$5 million each, highlighting the need for cheaper solutions.
- Key entrants:
- North Vector Dynamics (Calgary) – prototype laser-guided missile with a proximity fuse.
- SCI Technology (Alabama) – tubular drone that fires a tethered net to capture hostile UAVs.
- AIM Defence (Australia) – laser units that earned a C$1 million prize in 2024 and have since expanded into a joint Australian-Canadian operation.
- Technology types showcased: laser systems, proximity-fused missiles, net-capture drones, 12-gauge shotgun rounds with proximity fuses, and optically guided kinetic missiles designed for swarm attacks.
Official Statements & Responses
Col. He framed the sandbox as a way to develop a rapid-iteration process rather than a single perfect solution.
Ukrainian Army Maj. He added that newer jet-powered Shahed drones would need interceptors or missiles.
Lt-Col. Maxim Velychenko explained that both radio-frequency jamming and satellite-based navigation are heavily contested on Ukraine’s front lines, making many traditional counter-drone methods obsolete in that environment.
On-the-Ground Reports
During the sandbox, North Vector’s missile brushed a target drone, a “kill” under proximity-fuse criteria, and the next test phase will incorporate the warhead. SCI’s AeroGuard system demonstrated a net that remains tethered to the launch platform, allowing captured drones to be retrieved safely. AIM Defence’s laser units, now part of a Canadian division employing ten staff, were praised for increased power, accuracy and reduced weight. Ukrainian participants provided immediate feedback on which concepts could translate to battlefield use.
Why It Matters – Canadian Defence and Industry Goals
The Department of National Defence runs the sandbox to achieve two objectives: identify counter-drone technologies suitable for the Canadian Forces and nurture a domestic drone-manufacturing sector. The Carney government’s Defence Drone Initiative targets capabilities across marine, underwater, ground-based and long-range precision-strike drones, seeking a sovereign capability that can “answer the call” when needed.
Verbatim Quotes
- “They're creating the environment that we want to emulate,” — Col. Gabriel Doré
- “We need to be the number one in drones to fight against Russia,” — Ukrainian Army Maj. Sergiy
- “We know how to shoot down the Shaheds powered by the internal combustion engines,” — Army Maj. Sergiy Kuzyara
- “There might be some steps in between, but you'll basically just send out drones and say, 'Look for those targets and take care of them.'” — Army Maj. Sergiy Kuzyara
