While debates over Beyond Visual Line of Sight (BVLOS) drone operations remain mired in proposed rulemakings in Washington and lengthy U-space rollouts in Brussels, a quieter revolution has been underway across Africa for nearly a decade. Performance-based BVLOS authorisations — once treated as exotic exceptions — are increasingly the default operating model for commercial medical and logistics drones from Kigali to Accra, Abuja, Abidjan and Nairobi. With the African Civil Aviation Commission (AFCAC) now working on continent-wide harmonisation, the regulatory question is no longer whether routine long-range drone delivery is viable, but how quickly the rest of the world catches up.
From a Rwandan exception to a continental template
The story begins in 2016, when the Rwanda Civil Aviation Authority granted Zipline what was then a globally unusual authorisation: routine BVLOS operations for medical drone deliveries, governed not by prescriptive equipment mandates but by demonstrated safety performance. Distribution centres outside Muhanga and Kayonza were soon dispatching blood, vaccines and emergency medical supplies across hundreds of kilometres of Rwandan airspace, integrated with — rather than walled off from — manned aviation.
That model has steadily diffused. Ghana's Civil Aviation Authority enabled what became, at launch, the world's largest medical drone delivery network, with Zipline distribution centres serving thousands of health facilities. Nigeria's Civil Aviation Authority (NCAA) has progressively expanded UAS authorisations for both humanitarian and commercial use cases. Côte d'Ivoire's Autorité Nationale de l'Aviation Civile (ANAC) has worked with operators to establish medical and logistics corridors. Kenya's Civil Aviation Authority, operating under the Civil Aviation (Unmanned Aircraft Systems) Regulations, 2020, has built a tiered framework that explicitly contemplates BVLOS approvals subject to risk assessment.
Why performance-based rules worked here first
There is a tempting but lazy narrative that African regulators moved faster simply because they had less manned air traffic to disrupt. The reality is more interesting. African civil aviation authorities — many of them small, technically constrained, and acutely aware of the consequences of getting it wrong — adopted the very regulatory posture that aviation safety experts have long recommended for novel technologies: performance-based rules, operator-specific authorisations, and tight feedback loops with real-world data.
Rather than waiting for an internationally harmonised rulebook before allowing any commercial BVLOS flight, regulators like the RCAA assessed each operator's safety case on its merits: detect-and-avoid capability, command-and-control resilience, geofencing, contingency procedures, pilot training, and incident reporting. The Joint Authorities for Rulemaking on Unmanned Systems (JARUS) Specific Operations Risk Assessment (SORA) methodology, which the EU has since baked into its Specific Category, was being applied in spirit across African corridors years before it became a transatlantic talking point.
The harmonisation challenge
For all that progress, fragmentation is now the binding constraint. An operator running BVLOS corridors in Rwanda cannot simply lift its safety case across the border into Burundi or the Democratic Republic of the Congo and expect equivalent treatment. Equipment certifications, remote pilot licences, and operational authorisations remain stubbornly national, even where the underlying technology and risk profile are identical.
AFCAC's push toward continent-wide UAS harmonisation — aligned with the Single African Air Transport Market (SAATM) agenda and grounded in International Civil Aviation Organization (ICAO) Annex frameworks — is therefore not bureaucratic box-ticking. It is the precondition for an actual African drone economy: cross-border medical logistics, agricultural surveying, infrastructure inspection, e-commerce last-mile delivery, and the kind of regional supply chains that landlocked economies in particular desperately need.
What the rest of the world should take from this
The pro-innovation case here is not that safety should be compromised for speed. It is the opposite: the African experience demonstrates that well-designed performance-based regulation is, in practice, safer than prescriptive rules that either ban useful operations outright or force them into a grey market.
- Pilot, then scale. Operator-specific authorisations let regulators learn from real flight data before writing general rules. Rwanda's BVLOS authorisation produced years of operational evidence that informed subsequent frameworks elsewhere.
- Decouple equipment from outcomes. Mandating specific transponder or detect-and-avoid hardware locks in today's technology. Performance standards — "demonstrate this collision avoidance reliability under these conditions" — let competing technical approaches flourish.
- Harmonise the floor, not the ceiling. AFCAC's emerging model rightly focuses on baseline safety convergence, leaving room for national regulators to authorise more ambitious operations as their oversight capacity matures.
Risks worth naming
None of this means African drone regulation is a finished success story. Cybersecurity standards for command-and-control links, privacy protections for camera-equipped UAS, equitable airspace access for smaller domestic operators (not just well-capitalised foreign incumbents), and integration with eventual urban air mobility traffic management all remain underdeveloped. There is also a real risk that harmonisation, done badly, ossifies around the operating model of a few large incumbents rather than leaving room for the next generation of African drone start-ups.
The right response is not to retreat to prescriptive rulemaking — which has demonstrably slowed BVLOS adoption in the United States and parts of Europe — but to keep iterating on the performance-based foundation that African regulators were brave enough to lay first. Brussels and Washington spent the last decade theorising about how to regulate BVLOS. Kigali, Accra, Abuja, Abidjan and Nairobi spent it doing it. The lesson for global tech policy is straightforward: when a regulatory framework is producing safe, useful, real-world operations, the burden of proof should sit with those who want to slow it down.