Findings from interviews with pilots on spatial disorientation: training, temporal dynamics and countermeasures

Area of Science:

• Aviation safety research
• Human factors in flight operations
• Spatial disorientation (SD) studies

Background:

• Spatial disorientation (SD) is a major cause of aviation accidents, yet current literature lacks detail on its temporal progression.
• Understanding the timeline of SD events is crucial for developing effective detection and mitigation strategies.
• This study addresses the need for specificity in SD research, focusing on temporal dynamics and training impacts.

Purpose of the Study:

• To investigate the temporal progression of spatial disorientation (SD) events in pilots.
• To evaluate the effectiveness of SD training in recognition, recovery, and avoidance.
• To explore pilot perceptions and considerations for SD countermeasures.

Main Methods:

• A mixed-methods approach was employed, combining questionnaires and semi-structured interviews.
• Thirteen experienced pilots (mean age 60, median 6,000 flight hours) participated.
• The study focused on pilots' perceptions of SD event timelines and training impacts.

Main Results:

• Pilots described a three-stage response to SD: attention to instruments, analytical investigation, and controlled response.
• SD events are often unrecognized for 1-15 seconds, with full response and recovery taking tens of seconds to minutes.
• SD-specific training improves understanding of SD conditions and reduces recognition time but has limited impact on in-event recovery.

Conclusions:

• A temporal model of SD events was developed, offering insights into event dynamics.
• Findings support the development of real-time pilot aiding systems and improved SD training modules.
• Targeted countermeasures and computational detection methods are recommended to mitigate SD's impact on pilot safety.