Researchers at Carleton University's Advanced Cognitive Engineering Laboratory (ACE Lab), in collaboration with Imperial College London, are recruiting United Kingdom-based general aviation pilots to validate a cognitive health monitoring tool called CANFLY. The study, which is actively enrolling through the summer of 2026, seeks a cohort of 75 eligible participants and represents a formal academic effort to develop and legitimize a self-assessment instrument specifically designed for the GA flying population. The partnership between a Canadian aerospace research institution and one of the United Kingdom's most prominent technical universities signals a cross-Atlantic commitment to addressing what remains one of the more difficult-to-quantify dimensions of airworthiness: the cognitive fitness of the pilot operating the aircraft.
The development of a tool like CANFLY addresses a persistent gap in aeromedical safety. Current medical certification frameworks — whether the UK Civil Aviation Authority's Class 1, 2, or LAPL medical standards, or analogous systems elsewhere — rely primarily on periodic physician-administered evaluations that may occur annually or less frequently. These snapshots capture gross deficiencies but offer limited sensitivity to the subtle, day-to-day or year-to-year cognitive changes — in attention, working memory, executive function, and processing speed — that can precede formal diagnosis of a neurological condition. A validated self-monitoring tool that pilots could use continuously or at regular intervals would represent a meaningful supplement to the existing medical certification architecture, potentially enabling earlier voluntary disclosure and reducing the risk of deteriorating performance going undetected between medical renewals.
For working pilots, particularly those operating under Part-91 or light-sport privileges where medical oversight is less frequent or self-certified, the stakes are especially direct. The GA community has historically experienced a disproportionate share of accidents attributable to pilot incapacitation or impaired decision-making, and older pilots — who represent a growing segment of the active GA fleet — carry elevated baseline risk for age-related cognitive change. A peer-reviewed, validated monitoring instrument would give individual pilots a credible means of self-auditing their fitness, reduce liability exposure for flight schools and clubs operating with older instructor populations, and potentially inform policy conversations about how self-certification models like the U.S. BasicMed or the UK's equivalent allowances should be structured.
The study also reflects a broader shift in aviation safety research toward human factors and aeromedical behavioral science, moving beyond hardware failure analysis and into the operational envelope of the human system. Research programs at institutions including NASA Ames, the FAA Civil Aerospace Medical Institute, and university-based aviation human factors labs have been expanding their focus on cognitive resilience, fatigue modeling, and mental health disclosure environments for the past decade. The CANFLY project, if its validation phase produces robust results, could eventually influence regulatory guidance from EASA or the UK CAA on recommended self-monitoring practices — particularly as regulators grapple with how to modernize aeromedical standards in ways that are both rigorous and non-punitive enough to encourage transparent self-reporting from pilots who currently may fear certificate action more than they fear flying impaired.