Neetesh Ramjee, a partner at law firm Dentons has penned the below article, which takes a look at the state of the drone laws in South Africa, analysing where it was in 2015, and how much progress it has made since then.
A public affairs professional and practising attorney, Neetesh has over two decades of experience in the legal field, has managed complex regulatory, fiscal, and communications matters for global enterprises across Africa, working closely with multilateral organisations and contributing on global platforms.
Read on; it is quite eye opening.
The rapid expansion of commercial drone use in South Africa across multiple sectors has yielded the emergence of distinct opportunities for operational efficiency, cost reduction, and service innovation.
Evolving regulatory frameworks will as a result increasingly determine how businesses can integrate drones into their operating models and scale new services. Drones are no longer experimental. They are tools that are redefining commerce.
In agriculture, drones support precision spraying, crop health monitoring, and yield forecasting, contributing to measurable productivity gains and reduced input costs.
Within mining and resource extraction, unmanned systems enhance safety by accessing hazardous areas while delivering high-resolution mapping and data collection at a lower cost. In public safety and logistics environments, drones support surveillance, emergency response, and delivery solutions in geographically dispersed areas.
South Africa was among the early jurisdictions to formalise a comprehensive regulatory framework for remotely piloted aircraft systems under Part 101 of the Civil Aviation Regulations, 2015 (“Part 101”). However, as the technology and commercial applications continue to develop, an important question arises: does the existing framework continue to support growth, or do elements of it now constrain South Africa’s ability to fully participate in the emerging drone economy?
Drone operations typically involve aerial data collection, surveillance capability, and physical presence within shared airspace. As a result, businesses must account for privacy implications, third-party exposure, and potential claims arising from property damage or personal injury.
These considerations do not impede market participation. Rather, they underscore the importance of structured risk planning. Businesses should align operational deployment with clear liability allocation, insurance strategies, and regulatory compliance.
Despite Part 101 remaining largely unchanged since its inception in 2015, South Africa retains a credible safety foundation and institutional framework capable of supporting recalibrated growth as the market continues to mature.
Part 101 is structured around certification and approval, in the form of aircraft registration, operator certification and licensed remote pilots. Its design reflects a compliance-driven model built around layered approvals and formal certification.
While these measures promote safety, they also introduce dense administrative processes. For businesses seeking to deploy drone technology the cumulative administrative requirements can operate as material barriers to entry, expansion, capital deployment, and timely implementation.
In practice, operators may need to obtain multiple approvals before routine commercial flights can commence.
International Regulatory Developments
While South Africa’s framework has not seen substantial amendments, several regional and international instruments have developed more adaptive approaches that balance safety oversight with commercial scalability.
Within Africa, Kenya has introduced a structured categorisation model that differentiates operations according to relative risk exposure while retaining supervisory mechanisms.
Rwanda has adopted a more integrated framework in which aircraft characteristics and operational intent are evaluated in combination. This enables regulators to evaluate drone activities within their operational context, rather than applying uniform certification requirements across all operations.
Both models demonstrate movement toward calibrated differentiation intended to accommodate scalable commercial deployment.
At the international level, the European Union’s framework under Regulation (EU) 2019/947 adopts an explicit risk-based categorisation system comprising of open, specific, and certified classes.
This framework differentiates routine low-risk operations from higher-complexity activities, thereby reducing administrative friction for standard commercial use while preserving enhanced oversight for elevated-risk scenarios.
The structured alignment between operational risk and regulatory burden has supported authorisation pathways across European Union member states.
Recent Policy Developments
Recent policy developments in South Africa suggest that regulators have begun to recognise the broader commercial potential of drone technology.
The publication of the Draft Airfreight Strategy for South Africa (2025) by the Department of Transport signals a policy intention to explore how drone operations may be integrated into South Africa’s aviation and logistics frameworks in a manner that supports innovation while maintaining established safety standards.
The public comment period closed on 7 November 2025.
The strategy outlines several areas where regulatory development is anticipated. In particular, it recognises the need for a more structured approach to the classification and management of drone operations as commercial use expands.
This includes the potential introduction of risk-based operational categories, which would distinguish between routine low-risk drone activities and more complex operations that require greater oversight.
The strategy also emphasises the importance of developing an integrated ecosystem for unmanned aircraft operations within the civil airspace. This includes improved coordination between aviation authorities, clearer registration and oversight mechanisms for drone operators, and the development of systems capable of managing drone traffic alongside traditional aircraft operations.
Collectively, these proposals reflect an effort to position South Africa’s aviation framework to accommodate technological change while preserving the safety and reliability of the broader airspace system
Where regulatory processes remain disproportionate to operational risk, commercial adoption may progress more slowly than in jurisdictions that have adopted differentiated regulatory models.
In capital-sensitive industries, regulatory predictability influences investment horizons, fleet expansion decisions, and the willingness of businesses to integrate unmanned systems into long-term operational strategy.
The reform proposals therefore represent an important step toward aligning regulatory oversight with the operational realities of the unmanned aircraft sector.
When these proposals progress toward implementation, they will support more efficient authorisation pathways and greater operational flexibility.
Conversely, if reform is delayed, the administrative structure of the existing framework may continue to constrain the pace at which South Africa participates in the global drone economy.