What if emergency services could understand precisely what is happening at the scene of an incident before personnel arrive? This level of real-time intelligence underpins Drone First Response (DFR).
The Drone First Response model enables drones to be deployed immediately to the location of an emergency call, providing live aerial intelligence to command teams and officers en route. This allows responders to arrive informed, prepared and better equipped to manage risk.
24/7 Drone Force supports the delivery and operation of DFR models designed to enhance frontline response capability.
HOW IT WORKS
- As soon as an incident is logged by the Command Centre, a remotely based BVLOS (Beyond Visual Line of Sight) pilot deploys a drone directly to the scene. (The operator is not physically present at the launch location.)
-  While responders are travelling, the drone’s live video feed is monitored by the remote pilots. This provides critical situational awareness and informs tactical decision-making. A live operational feed can be shared directly with officers via mobile device.
- To be effective, drones must be deployed rapidly. As a result, the DFR model typically requires drones to be positioned at strategically selected, higher-risk locations to maximise coverage and response times.
- Rapid Response Times
One of the most significant advantages of Drone First Response is speed. Drones can be launched within moments of an incident being reported, frequently arriving before ground units. This accelerated response enables faster decision-making, which can be critical in protecting life, preventing escalation and minimising damage.
- Enhanced Situational Awareness
Drones equipped with high-definition cameras and advanced sensors provide real-time aerial intelligence, offering a comprehensive overview of unfolding situations. This bird’s-eye perspective allows command teams to assess scenes accurately, allocate resources effectively and adjust tactics as conditions evolve.
Whether monitoring an active incident, tracking a suspect or identifying potential threats to officer safety, the intelligence provided by drones can be decisive – and in some cases, life-saving – for both officers and members of the public.
- Increased Officer and Public Safety
By acting as the first set of eyes on the scene, drones allow officers to maintain distance from potentially dangerous situations until risks are adequately assessed. This aerial intelligence enables responders to approach incidents with greater awareness and caution.
In some cases, drone intelligence may determine that a physical response is unnecessary, further reducing risk to officers and the public alike.
- Cost-Effective Operations
Over time, Drone Forst Response can offer significant cost efficiencies compared with traditional response methods. Drones can cover large areas quickly, reducing the need for large numbers of personnel during operations such as searches for suspects or missing persons.
In addition, the operational and maintenance costs of drones are substantially lower than those associated with crewed aircraft, such as helicopters, making DFR a financially sustainable capability for public sector organisations.
- Versatile Functionality
Modern drones are highly adaptable platforms, capable of carrying a range of sensors and payloads. These include thermal imaging for night-time operations, perimeter monitoring and suspect detection, as well as two-way audio systems to support communication or negotiation scenarios.
This versatility enables the DFR team to tailor drone deployments for a wide range of emergency and public safety situations.
- Improved Data Collection and Documentation
Beyond live response, Drone Forst Response adds long-term value through data capture and analysis. Recorded drone footage can support post-incident investigations, training programmes and continuous improvement of response strategies.
By combining real-time intelligence with robust data collection, DFR contribute to more informed, effective and accountable emergency service operations.
SACAA/UASOC/G1369D [Agridrone (PTY) Ltd]