Enhancing Spatial Orientation in Novice Pilots

Author:

Gross Alice1,Manzey Dietrich1

Affiliation:

1. Technische Universitaet Berlin, Berlin, Germany

Abstract

Spatial disorientation (SD) is a common factor in aviation accidents, especially in novice pilots. An experiment was carried out to determine which of four different attitude indicator concepts in combination with two different display backgrounds (abstract vs. synthetic landscape) proves to be the most beneficial for novice pilot performance. Inexperienced pilots had to recover from unusual attitudes by using the standard moving-horizon display, a moving-aircraft display, a frequency-separated display, and a “mixed” display, with the latter two representing hybrid concepts with movements of both aircraft symbol and horizon bar. Participants performed the task of recovering from unusual attitudes most efficiently with hybrid display concepts, suggesting that these display concepts prevent figure-ground reversals and associated pilot errors. Outcomes of the study suggest that the implementation of hybrid display concepts as a backup option when unwillingly entering Instrument Flight Conditions could be a solution for preventing SD in novice pilots.

Publisher

SAGE Publications

Subject

General Medicine,General Chemistry

Reference14 articles.

1. Collins W.E., Dollar C.S. (1996). Fatal General Aviation Accidents Involving Spatial Disorientation: 1976-1992. Federal Aviation Administration Office of Aviation Medicine, Washington, DC.

2. The Effectiveness of Various Attitude Indicator Display Sizes and Extended Horizon Lines on Attitude Maintenance in a Part-Task Simulation

3. An experimental comparison of five different attitude indicators.

4. Grether W.F. (1947). A discussion of pictorial versus symbolic aircraft instrument displays (Memo. Rep. No. TSEAA-694-8B). Wright-Patterson Air Force Base, OH: Air Material Command.

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