Beyond Level 1 Complex: The Next Decade of Canadian Skies

Date: November 21, 2025 Author: Colonel (ret) Bernie Derbach

Introduction: The Dust Has Settled, but the Race Has Just Begun

As of November 4, 2025, the Canadian RPAS industry finally exhaled. The long-awaited "Phase 2" regulations are live, and the Level 1 Complex certificate is now the new gold standard for professional pilots. Routine low-risk Beyond Visual Line of Sight (BVLOS) flights in sparsely populated areas are no longer a regulatory tightrope walk involving Special Flight Operations Certificates (SFOCs), but a standardized operational reality.

But for forward-thinking operators and stakeholders, today is not the finish line; it is merely the starting gun for the real revolution. While Level 1 Complex unlocks the "rural and remote," the holy grail—high-density urban operations and autonomous passenger transport—remains just over the horizon.

Here is an analytical look at what lies beyond Level 1 Complex and the roadmap for Canada’s airspace through 2030.

1. From "Low Risk" to "High Risk": The Urban Canyon Problem

Level 1 Complex effectively solved the "middle of nowhere" problem. It allows for efficient pipeline inspections, agricultural mapping, and remote delivery. However, it explicitly restricts operations near populated areas and aerodromes.

The next regulatory hurdle is High-Risk BVLOS. This involves flying heavy-lift drones over cities and suburbs—the "urban canyons" where GPS signals bounce, cellular networks congest, and the risk to people on the ground increases exponentially.

The Roadmap:

• 2026-2028: Expect Transport Canada to move from the current prescriptive rules to a performance-based approach for urban flight. Instead of saying "you must be X km away from people," the regulation will ask, "prove your system has a failure rate of less than 10^-7 per flight hour."

  
  

• The Technology Gap: To bridge this, operators will need certified Detect and Avoid (DAA) systems. The industry is waiting for DAA standards that don't just rely on a pilot looking at a screen, but on onboard AI that can autonomously "see" a non-cooperative Cessna or a news helicopter and execute an avoidance maneuver instantly.

2. The Rise of the RTM Ecosystem (RPAS Traffic Management)

You cannot have thousands of delivery drones over Toronto without a traffic cop. NAV CANADA’s Concept of Operations (ConOps) for the 2030 timeframe envisions a federated system where air traffic control isn't done by humans talking on radios, but by computers talking to computers.

What to Watch:

• RTM Service Suppliers (RSS): We will see the rise of "third-party" air traffic providers. Just as you pay an ISP for internet, commercial drone operators will likely pay a private RSS to route their drone, ensure de-confliction with other traffic, and interface with NAV CANADA’s master system.

  
  

• Digital Twins: The future regulation will likely require "4D" operational approvals. You won't just file a flight plan; you will simulate it in a digital twin of the city to prove safety before a prop ever spins.

3. AAM & eVTOLs: The "Crawl, Walk, Run" Strategy

Perhaps the most exciting development is Advanced Air Mobility (AAM)—electric Vertical Take-Off and Landing (eVTOL) aircraft designed for passengers and heavy cargo.

While Level 1 Complex deals with drones <150kg, the "Roadmap for Advanced Air Mobility Aircraft Type Certification" (a joint effort by Transport Canada, the FAA, and others) sets the stage for air taxis.

• Crawl (2025-2027): piloted eVTOLs operating like helicopters under current visual flight rules (VFR).

  
  

• Walk (2028-2030): "Simplified Vehicle Operations" (SVO) where automation handles stability, allowing pilots with less training to fly safely.

  
  

• Run (2030+): Fully autonomous passenger transport.

The Canadian Advanced Air Mobility (CAAM) consortium has identified Vancouver and Toronto as early adopter markets. Expect the first "vertiports" to effectively be retrofitted helipads, servicing high-value routes (e.g., downtown to airport) before expanding to regional connectivity.

4. The Data Standard Revolution

A subtle but critical shift is the move toward standardized data. The Mobility Data Specification (MDS 2.0) and similar frameworks are being adapted for the skies.

Why it matters: In the post-Level 1 world, your drone is an IoT device. Regulators will eventually demand real-time telemetry not just for safety, but for social license. Cities will want to know: Is this drone flying over a school during recess? Is it exceeding noise ordinances? The future regulatory framework will likely integrate municipal concerns directly into the flight authorization process, creating a complex "multi-governance" layer that operators must navigate.

Conclusion: The "Missing Middle" is Closing

Level 1 Complex was the gatekeeper. Now that the gate is open, the rush to fill the "missing middle"—medium-risk operations that don't quite fit the current buckets—will accelerate.

For the industry, the message is clear: Do not get comfortable. The operational procedures you build today for Level 1 Complex should be scalable. Invest in DAA technology, build relationships with RTM providers, and prepare your safety management systems (SMS) for a future where the pilot is less of a "stick-and-rudder" operator and more of a systems manager for a fleet of autonomous aircraft.

The sky isn't the limit anymore; it's just the infrastructure.