Military aircrew and other operational personnel frequently perform their duties at altitudes posing a significant hypoxia risk, often with limited access to supplemental oxygen. Despite the significant risk hypoxia poses, there are few studies relating it to primary flight performance, which is the purpose of the present study, Methods.
Hypoxia and Flight Performance of Military Instructor Pilots in a Flight Simulator
2010
7 pages
Report
No indication
English
Stress Physiology , Job Training & Career Development , Aeronautics , Human Factors Engineering , Performance(Human) , Flight simulators , Pilots , Hypoxia , Reprints , Measurement , Military personnel , Aircraft , Risk , Skills , Flight crews , Targets , Oxygen , Flight , Precision , Illness , Inflight , Airspeed , Instructors , Mean , Respiration , Drag , Altitude , Sea level , Simulation , Control , Partial pressure , Test and evaluation , Velocity
British Library Conference Proceedings | 2005
|British Library Conference Proceedings | 1995
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