Flying Beyond Visual Line of Sight
BVLOS Drone Operations in Canada: The Rules Have Changed
Routine beyond visual line of sight flying is now legal in Canada without a Special Flight Operations Certificate. Here is what the new framework permits, what it demands of you and your aircraft, and where the old SFOC process still applies.
For years, flying a drone beyond visual line of sight in Canada meant one thing: a Special Flight Operations Certificate, applied for mission by mission, with approval timelines that made routine commercial BVLOS work impractical for most operators.
That era ended on November 4, 2025. Transport Canada’s amended regulations created a standing framework for lower-risk BVLOS operations — a defined set of conditions under which you can fly beyond line of sight as a matter of routine, under your own authority, without applying for an SFOC at all.
The trade is certification for paperwork. Instead of asking permission per flight, you earn a higher tier of pilot certificate, operate under an organizational safety framework, and fly an aircraft whose manufacturer has declared it capable. Get those three things in place and lower-risk BVLOS becomes a normal part of your operation.
What Lower-Risk BVLOS Permits
The framework draws its boundaries around population and airspace. With the right certificate and aircraft, you can fly a small or medium drone beyond visual line of sight over unpopulated areas, provided you stay more than a kilometre from any populated area. With a small drone carrying a pre-validated declaration, you can go further: BVLOS over sparsely populated areas, or within a kilometre of a populated one.
Every lower-risk BVLOS flight must stay in uncontrolled airspace, at or below 400 feet above ground level, and more than 9.3 kilometres — five nautical miles — from the centre of any aerodrome listed in the Canada Flight Supplement or Water Aerodrome Supplement.
Population density has precise definitions. A populated area has more than 5 people per square kilometre. A sparsely populated area has more than 5 but no more than 25. These are measurable thresholds, not judgment calls — census dissemination data and the National Research Council’s interactive BVLOS map will tell you which category the ground below your flight path falls into. Verify before you plan, not after you launch.
What this unlocks in practice is the work BVLOS was always suited for: inspecting long stretches of pipeline, powerline, or rail; surveying and mapping large properties in a single flight; agricultural monitoring across full sections; and search operations over terrain no ground crew can cover efficiently. The efficiency argument for BVLOS never changed. What changed is that the regulatory path to it is now predictable.
The Aircraft Must Qualify, Not Just the Pilot
BVLOS capability is declared, not assumed. The manufacturer must have filed a safety assurance declaration with Transport Canada covering the specific operation you intend — a standard BVLOS declaration for flights away from populated areas, or a pre-validated declaration for small drones operating over sparsely populated ones. The declarations map to technical standards covering command-and-control link reliability, detect-and-avoid capability, and control station design.
Detect-and-avoid deserves particular attention, because it addresses the core risk of flying where you cannot see: another aircraft in your airspace. The technology and the standards around it are what make routine BVLOS defensible at all, and they are a central focus of the ground school and flight review you will complete on the way to the certificate.
Check the declaration before you buy the drone. Transport Canada maintains a list of drones with safety assurance declarations and the operations each is eligible for. An aircraft without the right declaration cannot fly BVLOS regardless of what certificate you hold, and no amount of pilot skill substitutes for it.
How to Qualify: Level 1 Complex Operations
The pilot credential for lower-risk BVLOS is the Pilot Certificate — Level 1 Complex Operations, which builds directly on the Advanced certificate. You must be at least 18. The path runs: pass the online exam for Advanced Operations, complete at least 20 hours of ground school through a flight school, pass the Level 1 Complex online exam, pass a flight review specific to Level 1 Complex Operations, and apply through the Drone Management Portal. The certificate fee is $125, and like the other pilot certificates, it does not expire.
The certificate alone is not enough to fly complex operations. Every Level 1 Complex flight must be conducted under an RPAS Operator Certificate (RPOC) — an organizational credential held by an individual, business, or organization. The RPOC requires an accountable executive, a person responsible for maintenance, a training program, standard operating procedures, and a process for managing safety risks. It shifts BVLOS from an individual privilege to an operational discipline, which is exactly what flying an aircraft you cannot see demands.
If you are earlier in the pipeline, the sequence starts with getting your Canada drone licence — the Advanced certificate is the prerequisite everything else builds on.
Where the SFOC Still Applies
The lower-risk framework has hard edges, and everything outside them remains SFOC territory: BVLOS in controlled airspace, BVLOS over populated areas beyond what a pre-validated declaration permits, operations above 400 feet, and aircraft over 150 kilograms. For those operations, the established process still runs through an operational risk assessment under Advisory Circular 903-001 and an application to Transport Canada’s RPAS Centre.
The practical read: if your work fits inside the lower-risk envelope, the Level 1 Complex path is faster, repeatable, and entirely within your control. If your operation genuinely needs controlled airspace or populated areas, budget for the SFOC process and its timelines — and build your case on the same risk assessment discipline the lower-risk framework trains you in.
The Honest Challenges
A legal path does not make BVLOS easy. The command-and-control link is your only connection to the aircraft, and its reliability over distance — through terrain, past obstacles, in Canadian weather — is an engineering constraint you plan around, not an afterthought. Detect-and-avoid systems are capable within their declared limits and useless outside them, so knowing those limits precisely is part of the job.
Canadian geography cuts both ways. The same remoteness that makes vast areas eligible for lower-risk BVLOS also means flights far from roads, cell coverage, and recovery options if something goes wrong. Cold-weather performance, icing, and rapidly changing conditions do not become less relevant when the aircraft is beyond your sight — they become the whole ballgame. The flight planning discipline the framework demands, from area surveys to weather minima, exists because these operations fail in ways line-of-sight flying does not.
None of this is a reason to avoid BVLOS. It is the reason the certification path includes 20 hours of ground school and a dedicated flight review, and the reason operators who take the training seriously will out-compete those who treat it as a box to check.
Ready to fly beyond the line of sight?
Explore Coastal Drone courses and start your path to the Level 1 Complex Operations certificate.