Our major objective is to protect the aircrew against the detrimental effects of +Gz by developing and assessing equipment and techniques to enhance high sustained acceleration (+Gz) tolerance, and minimize the hazards of G-LOC. The payoff is reduced pilot fatigue and improved combat effectiveness. To accomplish these objectives it is imperative that we learn as much as possible regarding acceleration physiology and the influence that protective equipment and techniques have on acceleration physiology.
G-Protection Basis/Acceleration Physiology
1995
10 pages
Report
Keine Angabe
Englisch
Stress Physiology , Life Support Systems , Acceleration protection , Acceleration tolerance , Aerospace medicine , Flight clothing , Gravitational physiology , High acceleration , Supine position , Acceleration stresses (Physiology) , Aircraft maneuvers , Blood flow , Blood pressure , Flight fatigue