Drone Delivery Air Traffic Controllers Emerge as New Aviation Role

The burgeoning field of drone delivery is necessitating a new class of aviation professionals: Remote Pilots in Command (RPICs), who function as air traffic controllers for unmanned aerial vehicles. Trevor Wischnewsky, an RPIC at FlyTrex, exemplifies this emerging role. His responsibilities include overseeing fleets of hexacopter drones that transport goods within a three-mile radius to homes and businesses. Wischnewsky's role extends beyond managing FlyTrex's own drone traffic; he also coordinates with drones from competing companies such as Zipline, Amazon, and Alphabet's Wing, which are increasingly populating the skies over areas like Dallas. This coordination is crucial for ensuring the safe and efficient delivery of parcels. To qualify for such a position, significant aviation experience is required. When Wischnewsky applied to FlyTrex, he was undergoing training to become a commercial pilot and flight instructor and already held a drone pilot certification from the Federal Aviation Administration (FAA). FlyTrex mandates this FAA certification, coupled with an FAA-approved training program lasting several weeks, to equip pilots with the skills to intervene if necessary. Although Wischnewsky does not directly pilot the drones, he monitors their entire delivery process from FlyTrex's operations center. This monitoring relies on data from GPS, lasers, and various other sensors, providing a comprehensive view of the drone's status and environment. A key aspect of this role is a collaborative mindset, particularly concerning the integration of autonomous systems. Wischnewsky initially found it challenging to fully trust the automation, as traditional aviation training often advises against relying solely on automated systems. However, the Dallas-Fort Worth area serves as a critical testing ground for Unmanned Aircraft Systems Traffic Management (UTM). UTM is a sophisticated network designed to enable autonomous drones from different companies to share their real-time positional data. This shared information is vital for preventing mid-air collisions, even when drones operate beyond the visual line of sight of their controllers. Once an RPIC like Wischnewsky confirms that a drone is prepared for flight, its intended path is clear, and weather conditions are favorable, the UTM system largely manages the subsequent flight operations. The ability to remain calm under pressure is another essential attribute for RPICs, especially during peak operational periods when multiple drones are active. The increasing complexity and volume of drone traffic underscore the growing importance of these specialized air traffic control roles for the future of autonomous delivery systems.