With expansion of the role of women in military combat operations, including those in the fifth percentile for weight, i.e., 120 (54.4 kg) pounds or less, it is essential to determine is such individuals can perform certain tasks under dynamic conditions given their small stature. In particular this study addresses whether these females possess the upper body muscular endurance to perform high performance flight maneuvers such as those experienced in training, air combat and during emergency flight conditions. The ability to eject and support added head weight, as required by the use of helmet mounted devices, is also determined. Muscular strength and endurance requirements for various critical tasks performed in USN fixed wing aircraft were assessed based on a survey of aircraft model managers conducted by the Naval Aerospace Medical Research Lab in 1994. A synopsis of their responses can be found in reference 12. Overall, the model managers indicated that for high performance aircraft, brute strength was not a major requirement. The most critical muscular strength issue was the need for sufficient muscular endurance, particularly during high-G maneuvers.
Capabilities of Small Stature Women to Perform Operational Flight Tasks During G-Stress
1999
12 pages
Report
Keine Angabe
Englisch
Aircraft , Military Operations, Strategy, & Tactics , Anatomy , Physiology , Stress Physiology , Toxicology , Military operations , Strength(Physiology) , G suits , Fixed wing aircraft , Acceleration tolerance , Endurance(Physiology) , Emergencies , High rate , Combat readiness , Performance(Engineering) , Dynamics , Aerial warfare , Weight , Management personnel , Muscles , Flight maneuvers , Aircraft models , Women , Females , Helmets , G stress
DOAJ | 2008
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