Word: stapp
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...that speed, the sled's metal wind screen will be blown clear, and air blast will wallop Stapp with the same destructive force that would hit a pilot bailing out at 40,000 ft. and 2,000 m.p.h...
...Among the Rivets. To Colonel Stapp, that hair-raising sleigh ride will be another day of body-jarring work in a career that has made him the No. 1 hero of Air Force men. Last year, riding an earlier version of the Sonic Wind, he reached a speed of 632 m.p.h., faster than the flight of a .45-cal. bullet, far faster than any earthbound man had ever traveled before. At the end of the run the sled went down from 632 m.p.h. to a dead stop in 1.4 seconds. As the sled decelerated, Colonel Stapp was subjected to more...
Aircraft designers, forever increasing the capabilities of their planes, must constantly make expensive compromises to take care of the pilot. Until Medico Stapp came along with his cool scientist's insistence on using himself as guinea pig, fighter-planes were built to stand an expected stress of nine gs. It hardly seemed worth while to make them stronger. The human body, the engineers insisted (and most doctors believed), could not take greater physical strain. Not the machine but man himself appeared to be limiting man's conquest of the jet age. However the engineers tried, they could...
...Needed Proof. Stapp has already demolished some notable false limits on the durability of man's mind and body. He has proved that if pilots are carefully strapped into beefed-up seats and cockpits they can walk away from a large majority of crackups. He has presented his proof with argument-killing logic: his own roaring rides. Having established the practical limits of human tolerance to g forces,† he is getting ready to prove his carefully calculated theory that a jet pilot can stand the wind blast of a bail-out at Mach...
...Space Surgeon Stapp is right, military aircraft operating at that speed and altitude will not need complex and costly ejection capsules to protect escaping pilots. The saving in weight will greatly increase the planes' performance, make them deadlier fighters, give their pilots a greater chance to survive a war in the air and furnish invaluable data for future space flight...