The study explores the effects of peripheral vision cues on the performance of a 20 ATR pilots during simulated instrument landing approaches in a Boeing 720 jet aircraft simulator. Recoveries from unusal attitudes were also investigated. Results of the study suggest that peripheral vision cues (1) improve control of bank angle during instrument approaches; (2) may be safely substituted in an emergency for a failed attitude indicator; and (3) result in significantly less time being required for recovery from unusual attitudes. Significantly, no 'reversals' were observed during recoveries utilizing peripheral vision cues. (Author)
Peripheral Vision Cues: Their Effect on Pilot Performance During Instrument Landing Approaches and Recoveries from Unusual Attitudes
1968
20 pages
Report
Keine Angabe
Englisch
Aeronautics , Human Factors Engineering , Instrument landings , Visual signals , Approach , Performance(Human) , Visual perception , Pilots , Attitude indicators , Flight simulators , Vision , Aviation safety , Jet transport planes , Recovery , Turning flight , Peripheral vision , Boeing 720 aircraft
British Library Conference Proceedings | 2005
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