Flying Drones Over People Canada: CARs Part IX Safety Requirements

Categories of "Flying Over People"

Transport Canada defines three categories:

1. Incidental Over-People Operations (Easiest)

Scenario: You're flying in a residential area, and people happen to walk underneath your flight path. You're not specifically targeting crowds; people are just in the general area. Rules:

• Maintain minimum altitude: 50 meters above people (unless lower altitude is necessary for operation)
• Reduce speed near people (max 20 kph in populated areas)
• Use spotters to warn people below
• No intentional hovering over people
• Visual line of sight (VLOS) required

Approval: No special waiver needed, just standard RPOC + pilot certification.

2. Planned Over-People Operations (Moderate Difficulty)

Scenario: You're filming an event (wedding, corporate gathering, public event) where people are present and may be directly under the flight path. Rules:

• Obtain SFOC (Special Flight Operations Certificate) / waiver from Transport Canada
• Demonstrate risk assessment (probability of failure × consequences)
• Prove mitigation measures:
• Aircraft meets redundancy standards (two independent comm links, fail-safe landing, geofencing)
• Pilot has 50+ flight hours
• Insurance coverage: CA$5 million minimum
• Spotters (minimum 2) to monitor crowd and aircraft
• Emergency procedures documented
• Crowd management plan (barriers, safety perimeter, evacuation route)
• Conduct pre-event safety briefing with event organizers

Approval timeline: 4–8 weeks. Cost: Waiver filing + insurance + training = CA$5,000–$15,000 upfront.

3. "Over-People" in Controlled Environments (Easiest with Preparation)

Scenario: You're operating in a closed or semi-closed area where you control access (film studio, private estate, airfield). Rules:

• Standard risk assessment required
• Reduced insurance threshold: CA$2 million (vs. CA$5 million for public events)
• Spotters: 1–2 (depending on site size)
• Access control: Barriers or signage preventing unauthorized entry
• No crowds; limited personnel
• VLOS required

Approval: SFOC not always required if the site is fully controlled. Check with Transport Canada (sometimes a simple operational checklist suffices).

SFOC Application for Over-People Operations: Step-by-Step

Step 1: Risk Assessment Document

What to include:

1. Aircraft specifications

• Model, weight, max speed, altitude capability
• Redundancy features (duplicate autopilot, failsafe landing, geofencing)
• Emergency procedures

1. Operational scenario

• Where will you fly (GPS coordinates, airspace class)
• When (day/time, duration, frequency)
• Who's involved (pilots, spotters, crew count)
• How many people on ground (estimated count)

1. Hazard analysis

• List all possible failure modes (motor failure, GPS loss, comm link loss, etc.)
• Estimate probability (low/medium/high) and consequence (minor/major/catastrophic)
• Real example:
• Motor failure: Probability 0.1% per 1000 flights, Consequence: Drone falls (major injury possible)
• Communication loss: Probability 1% per 1000 flights, Consequence: Auto-return triggered (minor risk)

1. Mitigation measures

• Failsafe landing: Drone descends slowly to ground if comms lost
• Geofencing: Software boundary prevents drone from drifting over crowds
• Spotters: Real-time monitoring with authority to abort operation
• Evacuation plan: How to clear area if emergency occurs

1. Insurance & liability

• Proof of CA$5 million public liability coverage
• Coverage includes over-people operations (verify with insurer)

1. Crew qualifications

• Pilot certificate (level required depends on complexity)
• Pilot flight hours (minimum 50–100 for over-people ops)
• Spotter training (Transport Canada or equivalent)

Step 2: Operational Manual Section

Create a dedicated section covering over-people procedures: Pre-operation:
• [ ] Brief all personnel (pilot, spotters, event organizer, ground team)
• [ ] Check weather (visibility ≥3 km, wind <25 kph)
• [ ] Verify aircraft redundancy systems (comms link, failsafe, geofencing)
• [ ] Test failsafe landing procedure (manual or simulated)
• [ ] Mark safety perimeter (barriers, tape, signage)
• [ ] Confirm evacuation routes known to all personnel

During operation:
• [ ] Pilot maintains VLOS at all times
• [ ] Spotters monitor aircraft + ground (split duty)
• [ ] Real-time communication between pilot and spotters (radio)
• [ ] Crowd management: No unauthorized entry into flight area
• [ ] Abort procedure initiated if any anomaly detected

Post-operation:
• [ ] Debrief crew (any incidents noted)
• [ ] Flight log recorded (MmowW auto-logs)
• [ ] Incident report filed (if any anomaly)
• [ ] Aircraft inspected for damage

Step 3: Insurance Verification

Contact your aviation insurer:
• "I need to add over-people operations to my policy."
• Insurer typically adds endorsement (CA$2,000–$5,000/year additional premium)
• Requirement: CA$5 million public liability minimum
• Coverage includes: injuries, property damage, legal defense

Verify coverage details:
• Are over-people operations explicitly covered?
• Is there a crowd-size limit (e.g., max 500 people)?
• Is there a venue limit (e.g., approved venues only)?
• What's the deductible?

Step 4: Transport Canada SFOC Submission

Online portal: tc.gc.ca/sfoc Document checklist:
• [ ] Risk assessment (3–5 pages)
• [ ] Operational manual section (2–3 pages)
• [ ] Aircraft technical specs (manufacturer data sheet)
• [ ] Pilot certificate (photo copy)
• [ ] Insurance declaration (letter from insurer confirming coverage)
• [ ] Event details (venue, date, expected crowd size)

Submission fee: CAD$0 (no fee for SFOC applications). Review timeline:
• Week 1: Submission received, acknowledgment email sent
• Week 2–4: Transport Canada reviews, may request clarifications
• Week 4–6: If clarifications provided, approval or conditional approval issued
• Week 6–8: Final approval or denial issued

Expected clarifications (common requests):
• "Expand hazard analysis. What are failure modes for your geofencing system?"
• "Provide spotter training records. Who trained your spotters?"
• "Clarify failsafe landing procedure. How long does descent take?"

Real-World Over-People Case Studies

Case 1: Wedding Videography (Toronto)

Operator: Drone Visions Inc. (10 events/year) Event: Wedding reception, outdoor (200 guests) Timeline:
• Month 1: Blanket SFOC application (covers all weddings in 2026)
• Month 2–3: Transport Canada review, clarifications requested
• Month 3–4: Final approval (blanket authorization for up to 500-person events)
• May–Dec: Conduct 10 wedding films without additional SFOC per event

Cost:
• Initial SFOC application: CA$2,000 (legal/consulting)
• Insurance add-on: CA$3,000/year
• Per-wedding operational cost: CA$500 (spotters, safety setup)

Revenue per wedding: CA$3,000–$5,000

Case 2: Construction Site Aerial Inspection (Calgary)

Operator: BuildDrones Ltd. (construction monitoring, 5 site visits/month) Scenario: Monthly aerial surveys of high-rise construction. Ground crew present (100–200 workers in adjacent areas). Approach: Blanket SFOC for construction site operations (controlled environment, regular schedule). Timeline:
• Month 1: Application with risk assessment specific to construction sites
• Month 2–3: Review, clarifications
• Month 3–4: Blanket approval issued (valid 24 months, covers all construction sites)

Cost:
• Initial SFOC: CA$3,000
• Insurance add-on: CA$2,500/year
• Per-site operational cost: CA$200

Revenue per site visit: CA$1,500–$2,000

Case 3: Festival Aerial Photography (Vancouver)

Operator: Freelance photographer (ad-hoc, 3–4 festival events/year) Event: Summer music festival (5,000+ attendees, multi-day). Approach: Individual SFOC per event (no blanket, sporadic operations). Timeline per event:
• Event date: August 15
• SFOC filed: July 1 (6 weeks in advance)
• Approval: July 25–August 1
• Event: August 15 (operations conducted)

Cost:
• Per-event SFOC: CA$1,500–$2,000
• Insurance: CA$100/event surcharge
• Operational safety setup: CA$300

Revenue per festival: CA$2,000–$3,000

Failsafe Landing Systems: What Transport Canada Expects

Failsafe = Automatic safe landing if critical systems fail. Examples:

Failure Type	Failsafe Mechanism
GPS loss	Drone descends slowly to ground using visual/inertial navigation
Communication link loss	Drone auto-returns to base (pre-programmed return-to-home)
Motor failure (single rotor)	Multi-rotor drones: remaining rotors maintain flight, emergency descent activated
Battery failure (single battery)	Redundant battery system: 2nd battery takes over, or auto-landing triggered
Software crash	Watchdog timer triggers safe-mode landing

Transport Canada's requirement: "Demonstrate that loss of any single critical component will not result in uncontrolled fall." How to prove it:
1. Consult aircraft documentation (manufacturer's failsafe specs)
2. Conduct bench test (simulate failure scenarios, verify safe response)
3. Flight test (test failsafe in controlled environment, document results)
4. Include results in SFOC application

Example documentation:

FAQ: Flying Drones Over People Canada

Q: Can I fly over people without a waiver?

A: No, not intentionally. Default rule prohibits it. Incidental over-people (person walks under your flight path) is tolerated if you maintain altitude + use spotters. Planned over-people requires SFOC.

Q: How long does over-people SFOC approval take?

A: 4–8 weeks for a single operation. 6–10 weeks for blanket (multi-event) authorization. Start 12 weeks in advance to be safe.

Q: What's the minimum insurance for over-people flying?

A: CA$5 million public liability. Some insurers offer CA$2 million for controlled environments (private estates, closed sets). Verify with your insurer that over-people is explicitly covered.

Q: Do I need spotters for all over-people operations?

A: Yes, minimum 2 spotters for events with crowds. 1 spotter may suffice for controlled environments (studio, private estate) with fewer people.

Q: What if a drone malfunctions and hits someone?

A: Insurance covers medical expenses (up to policy limit). You file an incident report with Transport Canada within 24 hours. Criminal liability is unlikely unless negligence is proven (e.g., you knowingly operated with failed equipment).

Q: Can I use a smaller drone (under 250 g) to avoid regulations?

A: Regulations apply regardless of weight. Even a 100 g drone can cause injury. Transport Canada applies the same over-people rules to all drones over 100 g.

Q: How much does it cost to get over-people approval?

A: SFOC application: CA$1,500–$3,000 (legal/consulting). Insurance add-on: CA$2,000–$5,000/year. Total upfront: CA$3,500–$8,000. Per-operation: CA$200–$500 (spotters, safety setup).

Q: Can I get a blanket over-people waiver?

A: Yes, if you demonstrate regular operations (weekly or monthly). Blanket SFOC covers multiple events within defined parameters, valid for 12–24 months. Higher upfront cost (CA$5,000–$8,000), lower per-event cost.

Q: What happens if I fly over people without approval?

MmowW Over-People Operations Support

MmowW (CA$7.70/drone/month) includes:

• SFOC documentation templates — Risk assessment, operational manual, crew briefing
• Failsafe verification checklist — Aircraft redundancy verification, emergency procedures
• Spotter training materials — Guide for training spotters, coordination procedures
• Flight logging for events — Automatic capture of event operations (crowd size, duration, incidents)

Summary

Flying drones over people is restricted but permitted under Transport Canada authorization. Three categories of operations exist:

1. Incidental over-people (person walks under flight path): No waiver needed, follow safety rules
2. Planned over-people (events, filming): SFOC required (4–8 weeks approval)
3. Controlled environments (studios, private estates): May not need SFOC (check with TC)

Requirements: Risk assessment, failsafe systems, spotters, CA$5 million insurance, pilot certification. Timeline: 12 weeks from planning to first operation (SFOC + training). Cost: CA$3,500–$8,000 initial investment.
Last updated: 2026-04-09 | Authority: Transport Canada CARs 901.01, 902.21, NOP 902.21 | Next review: 2026-10-09