What is the Paper About?
This paper explores how automated passenger-flow management can improve the efficiency of aircraft boarding and deboarding at airports. It examines a Real-Time Boarding Route Management System (rtBRMS), which uses automated, rule-based controls to coordinate airport doors, passenger routes and boarding processes in response to changing operational conditions. Drawing on a field study of 171 flights at an operational airport, the research compares traditional, manually coordinated processes with the automated system. The findings demonstrate significant improvements in operational efficiency, with average passenger-flow gate occupation time reduced by approximately 12–13 minutes. Boarding times were reduced by around four minutes and deboarding times by two minutes, while passenger throughput also improved. The greatest benefits were observed at more complex airport gates, particularly those with shared corridors and multiple access points. The research demonstrates how real-time automation can reduce congestion, improve passenger movement and support more efficient airport operations.
Why is it Important?
Aircraft turnaround times play an important role in airport efficiency, airline punctuality and the wider passenger experience. Even relatively small delays during boarding and deboarding can disrupt flight schedules, increase operational costs and reduce the efficient use of aircraft and airport facilities. This research provides real-world evidence that automated passenger-flow management can deliver substantial operational improvements, moving beyond previous studies that have largely relied on simulations and theoretical models. The findings offer valuable insights for airports, airlines and technology providers seeking to improve operational efficiency, particularly at busy airports with complex gate arrangements. The research also highlights how rule-based automation can reduce opportunities for human error, strengthen security compliance and improve the coordination of passenger movements. By demonstrating the practical benefits of automated passenger-flow control, the study provides a foundation for developing more efficient, reliable and resilient airport operations.
