A University of West London undergraduate researcher and UK CPL holder is conducting an academic survey targeting UK-licensed commercial pilots and flight instructors to assess perceived effectiveness of fatigue risk management strategies within UK commercial aviation. Participation is limited to holders of UK-issued CPLs or higher who have flown for a UK AOC holder, or instructed at a UK Approved Training Organisation, within the past 24 months. The anonymous survey, which carries ethical approval from the university, requires approximately five to ten minutes to complete and collects no personal or employer-identifying information.
The research arrives at a meaningful moment in the ongoing regulatory and operational conversation around fatigue in commercial aviation. UK commercial aviation currently operates under fatigue and flight time limitation frameworks derived from EASA's ORO.FTL regulations, which were retained into UK law post-Brexit via the Civil Aviation Authority. Operators meeting the prescriptive flight time limitation rules may also implement bespoke Fatigue Risk Management Systems, which require demonstrated scientific validation and ongoing data collection. Pilot opinion data of the type this survey seeks to gather is genuinely relevant to that process — regulatory bodies and operators designing or auditing FRMS frameworks benefit from understanding whether flight crew perceive the controls in place as effective, and where gaps are felt to exist.
For working pilots, the topic of fatigue risk management carries immediate operational significance. Fatigue remains one of the most consistently identified contributing factors in commercial aviation incidents and accidents globally, and the tension between prescriptive scheduling rules and operator-defined FRMS approaches has been a recurring subject of debate within pilot unions, including BALPA in the UK context. Pilots operating under tight turnaround schedules, early starts, late finishes, and disruptive pattern flying — particularly common in short-haul and charter operations — frequently report that regulatory minima do not adequately capture cumulative fatigue effects. Survey research that aggregates pilot perception data provides one mechanism for surfacing those concerns in an academic format that can inform policy discussion.
From a broader aviation research perspective, academic work on pilot fatigue opinion and FRMS effectiveness is relatively sparse compared to operational and physiological fatigue studies, making practitioner-level perception data a meaningful contribution to the literature. Studies that document how pilots assess the tools available to them — including pre-flight fatigue self-declaration, fatigue reporting systems, and roster design principles — help identify whether safety culture around fatigue is functioning as intended or whether structural barriers discourage honest reporting. For UK commercial operators and their flight operations departments, findings from research of this nature could inform internal safety audits, crew resource management training updates, and future submissions to the CAA during regulatory consultation periods.