When a suspect sped off during an Ottawa police pursuit, the department couldn’t keep up. Police Chief Eric Stubbs later noted that, while his department uses drones, it lacked the kind of air support that would have made a difference. A quadcopter limited by battery capacity and legal visual line-of-sight requirements does not cut in in this scenario. This incident crystallizes the broader problem facing Canadian public safety agencies who have gone all in on quads or doubled down on helicopters. There are a wide variety of mission sets, and agencies need to take a closer look at fixed wing options for some of them.
All In On Quads?
Over the past five years, police services from Halifax to Vancouver have invested millions in remotely piloted aircraft systems (RPAS). Yet the vast majority have settled on a single platform type, the quadcopter. My analysis of procurement documents from 2023-2025 reveals that approximately 94% of Canadian police have acquired multi-rotor systems, primarily DJI Matrice and Mavic series. As Chinese-made equipment faces restrictions, agencies have also purchased Skydio and Teledyne FLIR as DJI alternatives.
Quadcopters have revolutionized tactical response. But the data suggests Canadian agencies are leaving significant operational capability on the table by not complementing their rotorcraft with fixed-wing platforms that can fly beyond visual line of sight (BVLOS). And with Transport Canada’s new CARs Part IX amendments having taken effect on November 4, 2025, the regulatory landscape has shifted in ways that make this the right moment to diversify public safety drone programs.
Perfect Timing With New Regulatory Changes
For years, BVLOS operations required a Special Flight Operations Certificate (SFOC) that could take months to process. But that regulatory bottleneck is starting to clear, which also clears the path for more widespread use of fixed wing drones.
Transport Canada’s new BVLOS framework has been in effect since November 4, 2025. The amendments to CARs Part IX introduced Pre-Validated Declarations (PVDs), Level 1 Complex operations and structured BVLOS permissions that no longer require case-by-case SFOC applications for routine lower-risk missions. Additionally, a streamlined SFOC for public safety agencies enables much greater deployment of assets than are currently capable under CARs Part IX.
What this means, as a practical matter, is that police services can now obtain aircraft that have manufacturer-validated declarations, which meet Transport Canada’s technical requirements, right out of the box. In short, the administrative barrier that made fixed-wing operations prohibitively complex has been removed. Agencies that delayed procurement waiting for regulatory clarity now have the green light.
Manufacturers, such as Quantum Systems, FIXAR, Censys Technologies, Wingtra and other VTOL fixed-wing manufacturers are all now working to achieve compliance with Standard 922 and obtain PVDs, and attain declarations, for their platforms.
Hovering Has Limits
To understand why any of this matters, we must return to first principles. A quadcopter maintains position by constantly fighting gravity. Four rotors push air downward to keep the machine aloft. This is metabolically expensive. Even the most efficient multi-rotor systems drain batteries at a rate that limits flight times to roughly 25-45 minutes in real-world Canadian conditions.
Fixed-wing drones generate lift from forward motion and wings. Once airborne, they can throttle back, glide and loiter with minimal energy expenditure. This results in flight times of 60-180 minutes or longer with solar-electric hybrid systems now entering the market.
The coverage differential matters in emergency situations. In a typical search and rescue scenario, a DJI Matrice 30T might cover 5-8 kilometers radius before requiring battery swap and relaunch. A VTOL fixed-wing platform like the Quantum Trinity F90+, FIXAR 007, Censys Sentaero 5 or WingtraOne can sweep 25-40 kilometers in a single flight. They fall in a completely different category of capability.
Practically Fly Themselves
A common objection holds that fixed-wing drones require pilots to learn glide slopes, stall recovery, and energy management. This misunderstands what modern VTOL fixed-wing systems actually are.
Platforms like the Quantum Trinity Pro, FIXAR 007, DeltaQuad Evo, and Censys Sentaero 5 are not remote-controlled aircraft. They are autonomous systems with human-on-the-loop operation. The pilot plans the mission on a tablet or laptop, the aircraft executes takeoff, flight and landing automatically. There is no stick management during flight, no stall recovery training required and the aircraft handles transitions between vertical and horizontal flight.
The Saskatchewan RCMP deployment offers a useful case study. Since April 2024, the division has equipped all 82 detachments with drones. Notably, they selected two distinct platforms: DJI Mavics for the most frequent scenarios and Yangda fixed-wing Sky Furys for longer duration search work and broader situational awareness objectives. RCMP operators report that the fixed-wing platform requires less active piloting than quadcopters during extended missions. Once the aircraft is loitering, the operator monitors, rather than manages. This is possible because modern VTOL fixed-wings practically fly themselves.
Equivalent Cost, Different Capability
Another objection holds that fixed-wing platforms cost multiples of quadcopter alternatives. This was true five years ago, but is no longer accurate.
A DJI Matrice 400 with thermal payload and accessories runs approximately $25,000-$35,000. A Quantum Trinity F90+ starts at approximately $29,000. The FIXAR 007 NG and Censys Sentaero operate in similar ranges. The WingtraOne and DeltaQuad Evo Government variants are comparably priced to high-end enterprise quadcopters.
The real difference, though, involves operational return. A single VTOL fixed-wing flight can cover the area of six to eight quadcopter sorties. For agencies paying overtime for search teams or managing extended incident command posts, the cost-per-mission favors fixed-wing for the operations where endurance matters. Money aside, when time means the difference between life and death, the ability to cover more ground matters even more so.
Filling the Gap Between Quadcopters and Helicopters
Ottawa purchased $134 million in helicopters, not fixed-wing drones, after they failed to apprehend that fleeing suspect. But did they need to do that? Helicopters, quadcopters and fixed-wing drones serve different operational niches.
Quadcopters excel at close-quarters work, such as building searches, rapid deployment from vehicle trunks or precision positioning over specific addresses. They are the right tool for tactical response.
Helicopters carry personnel, loudspeakers, rescue equipment and can pursue at highway speeds through urban corridors. They can operate in weather that grounds drones. They serve missions that require human judgment aloft.
Fixed-wing VTOL drones fill the space between these capabilities. They provide persistent overwatch for hours, not minutes. They cover search grids that would otherwise require a helicopter, but exceed a quadcopter’s endurance. They do not replace helicopters or quadcopters. They handle the missions where quadcopters run out of battery and helicopters are overkill. Consider the operational realities:
Search and Rescue
When a three-year-old Quebec girl went missing in June 2024, later found through drone operations, the search spanned multiple jurisdictions over four days. In such scenarios, fixed-wing platforms offer not just extended flight time but the ability to conduct systematic grid searches over vast terrain without the operational friction of constant battery swaps. A single fixed-wing drone can accomplish in one flight what might require six to eight quadcopter sorties.
Event Security and Crowd Management
During large-scale events like the Grey Cup, Canada Day celebrations on Parliament Hill or CANSEC, police require persistent overwatch. They need eyes in the sky that can station-keep for hours. Quadcopters demand constant pilot attention and battery management. Fixed-wing systems can loiter on set paths while operators focus on interpreting the video feed rather than managing the aircraft.
Emergency Response
Wildfires in Alberta and British Columbia, floods in the Maritimes and industrial incidents all share the common requirement of sustained aerial assessment. Fixed-wing platforms handle wind and smoke better than multi-rotor systems. Their extended endurance allows incident commanders to maintain situational awareness throughout evolving events.
None of this diminishes the quadcopter’s role. There are missions where multi-rotor platforms are unequivocally superior:
- Building searches and indoor operations: VTOL capability and precision positioning make quadcopters essential for tactical teams clearing structures.
- Close-quarters inspection: When investigators need to examine a specific window, vehicle or piece of evidence from precise angles, the ability to hover proves invaluable.
- Rapid deployment: From a patrol vehicle trunk to airborne in under two minutes, quadcopters excel when time is critical.
- Drone-as-First-Responder (DFR) programs: Vancouver Police Department’s dock-based deployment, the first of its kind in Canada, relies on quadcopter VTOL capability to launch from fixed stations.
The point is not that fixed-wing drones should replace quadcopters. The point is that public safety agencies are not doing themselves any favors by limiting procurement specifications to multi-rotor systems.
The Procurement Problem
The root issue lies in how an agency writes requirements. Reviewing RFPs from major Canadian police services over the past two years, I found that 87% specified “quadcopter,” “multi-rotor,” or “VTOL” as a mandatory requirement. They often did so without corresponding analysis of whether those specifications matched operational needs.
This creates a self-fulfilling prophecy. Officers train on quadcopters because that is what their agency procured. They become proficient on those platforms. When new requirements arise, they naturally specify what they know. And the cycle repeats.
Meanwhile, agencies like the RCMP’s Saskatchewan division and select Ontario Provincial Police units have demonstrated that a mixed fleet approach expands capability without adding operational complexity. The same pilots can operate both platforms. Modern VTOL fixed-wing flight controls are often simpler than quadcopters for extended missions, with less active management required during loiter operations.
Canadian Weather, Geography and the New Regulatory Reality
Canada’s unique conditions favor fixed-wing adoption for specific missions. Our vast geography means coverage efficiency matters more here than in densely populated European jurisdictions where most quadcopter-centric policing models originated.
Weather resilience is another factor. Fixed-wing drones generally handle the wind conditions common in Prairie provinces and coastal regions better than quadcopters, which must constantly adjust rotor speed to maintain position.
The CARs Part IX framework that took effect November 4, 2025 specifically addresses Canadian operational realities. The Level 1 Complex certification includes provisions for operations over sparsely populated areas, the exact terrain where fixed-wing endurance provides the greatest advantage. As manufacturers work through the PVD process under Standard 922, agencies that begin planning now will be positioned to benefit as these approvals are granted.
A Day In the Life Of Mixed Fleet Operations
Imagine a typical Tuesday in 2028. The Ottawa Police Service aerial unit begins the morning with a briefing that would have been impossible just two years earlier.
At 0800, a constable deploys a quadcopter from a dock station to investigate a break-and-enter alarm in Kanata. The aircraft returns after confirming the building is secure. No Officer was deployed to the site, the system operated semi-autonomously under Level 1 Complex with a public safety SFOC.
At 1030, a missing person report comes in from rural south Ottawa. Rather than calling for helicopter support that might take 45 minutes to arrive, the sergeant on scene deploys a VTOL fixed-wing platform from a mobile command unit. The aircraft covers 30 square kilometers in 90 minutes, identifying heat signatures in a woodlot that ground units investigate. The quadcopter that would have required three battery swaps and two operator rotations never leaves the truck.
At 1430, the service supports a major event on Sparks Street. A fixed-wing platform loiters at 400 feet AGL, providing persistent overwatch while event security manages crowd flow. When an incident develops, the aircraft maintains station rather than returning for battery service. This gives commanders continuous situational awareness through resolution.
At 1900, a stolen vehicle is spotted on the Queensway. Tactical officers deploy quadcopters for building searches as the suspect abandons the vehicle. The fixed-wing aircraft that supported the afternoon event is re-tasked to establish a perimeter watch pattern, supporting ground units without requiring helicopter dispatch.
This is not fantasy. This is the operational reality that agencies like Saskatchewan RCMP are already building toward. The aircraft exist. The regulatory framework is now in force. The only missing piece is procurement that recognizes capability rather than configuration.
The transition does not require massive new budgets. It requires rewriting RFPs to specify “60-minute minimum flight endurance” rather than “quadcopter.” It requires agencies to request demonstrations from Quantum Systems, Censys, Wingtra, FIXAR, and DeltaQuad alongside DJI and Skydio. It requires training programs that treat VTOL fixed-wing as the complement to quadcopters that it is, not as exotic specialty equipment.
The Saskatchewan model proves this works. The CARs Part IX framework that took effect November 2025 makes it scalable. The question is which agencies will lead the transition, and which will follow once the operational advantages become undeniable.
The Path Forward
The $134 million Ontario provincial investment in five new police helicopters signals that Canadian law enforcement recognizes the value of aerial assets. But helicopters are expensive, require dedicated infrastructure and cannot be everywhere.
Drones have democratized air support. Yet by fixating on a single platform type, agencies have inadvertently recreated the helicopter limitation at a smaller scale. They have excellent capability for specific missions, but inadequate capability for others.
The regulatory environment has changed. The aircraft have changed. The question is whether procurement practices will catch up to what is now possible.
Public safety drone programs do not need to abandon quadcopters. They need to outgrow the assumption that they are the only option. The Saskatchewan RCMP model, using Mavics for rapid response and fixed-wing platforms for extended operations, demonstrates that when platforms match missions, public safety outcomes improve.
Sometimes the only thing more frustrating than having no air support is having the wrong kind of air support. Canadian public safety agencies have invested too much in their drone programs to accept artificial limitations. The technology and regulations have aligned. The future of mixed fleet operations is here. The question is which agencies will seize the opportunity to have the best of all worlds in support of their varied missions.