Remote Pilot Handoffs in Large UAS Multi-Vehicle Operations: Best Practices and Supportive Technologies  (2023)

In response to pilot shortages and increasing air cargo demands, NASA's Pathfinding for Airspace with Autonomous Vehicles (PAAV) sub-project conducted the fourth in a series of tabletop studies investigating scalable solutions for integrating large Uncrewed Aircraft Systems (UAS) into the National Airspace System (NAS). This study solicited subject matter expertise to identify solutions to potential challenges for a further term vision, guiding participants through scenario-based discussions where the remote pilot (RP)-to-vehicle ratio has been scaled from 1:1 to m:N. Of those challenges, remote pilot handoffs were found throughout all phases of flight, both in nominal and non-nominal scenarios. The current paper details participant-suggested procedural and technological solutions for overcoming the handoff challenge, including determining the accepting RP, which aircraft to release, the location and timing of the transition, and options for supporting personnel, tools, and automation that could facilitate safe and efficient handoffs.

+ Mercer, Joey

+ Wolter, Cynthia

+ Davtyan, Kristina

+ Airspace Operations Laboratory (AOL)

Aircraft, airspace, factors, future, handoffs, human, load-shedding, m:N, management, multi-vehicle, operations, operations, Systems, UAS, Uncrewed, workload

In proceedings of 42nd AIAA/IEEE Digital Avionics Systems Conference (DASC), Barcelona, Spain.

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