Key result
Advanced flight tasks reduce heart rate variability during acute high-stress conditions.
Why the study?
Heart rate variability in student pilots during flight training and stressful flight conditions has not been extensively studied to understand neuro-cardiac activity and autonomic nervous system function.
How does heart rate variability change in a student pilot during a flight mission involving a forced landing and flap failure compared to ground operations?
Case Report (n=1)
How does heart rate variability change in a student pilot during a flight mission involving a forced landing and flap failure compared to ground operations?
HRV analysis during flight training shows that advanced tasks decrease the heart's 'Total Power', suggesting HRV could be a useful tool for monitoring student pilots.
May signal autonomic strain in high-stress flight; leaves open HRV monitoring utility in pilot selection or training.
BACKGROUND: Heart rate (HR) indicates the number of beats per minute (bpm) of the heart, while heart rate variability (HRV) indicates the temporal fluctuation of the intervals between adjacent beats (NN). HRV expresses neuro-cardiac activity and is generated by heart-brain interactions and dynamics related to the function of the autonomic nervous system (ANS) and other components (e.g., body and ambient temperature, respiration, hormones, blood pressure). We are carrying out a series of experimental investigations with the aim of studying HRV in student pilots during training.CASE REPORT: For this purpose, we used a Holter electrocardiograph equipped with three channels and five electrodes positioned on the chest of the subject who participated in our investigation. The case report refers to a student pilot who, during a flight mission with the instructor, had to face a forced landing and a flap failure. We report data based on analysis of the time domain and frequency domain related to operations on the ground before the flight, during the flight, and on the ground after the flight.DISCUSSION: Our initial conclusion is that the extent of HRV constitutes an “energy store” for better cardiac performance in eustress activities. During advanced tasks, the “Total Power” of the heart decreases because the RR intervals are forced toward low values, where the heart is less able to be modulated by its many controllers. Furthermore, this experimental protocol can be useful to flight instructors for the training process of student pilots.Li Volsi G, Monte IP, Aruta A, Gulizzi A, Libra A, Mirulla S, Panebianco G, Patti G, Quattrocchi F, Bellantone V, Castorina W, Arcifa S, Papale F. Heart rate variability of a student pilot during flight training. Aerosp Med Hum Perform. 2023; 94(6):475–479.
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Volsi et al. (2023) conducted a case report in Flight training (n=1). Flight mission with forced landing and flap failure vs. Ground operations before and after flight was evaluated on Heart rate variability (time and frequency domain). During advanced flight tasks including a forced landing, the total power of the heart decreased as RR intervals were forced toward low values.
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