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Astronautics and Aeronautics, 1967 - NASA's History Office

Astronautics and Aeronautics, 1967 - NASA's History Office

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ASTRONAUTICS AND AERONAUTICS, <strong>1967</strong> November 15<br />

November 15: NASA X-15 (No. 3) crashed in Mojave Desert when the air-<br />

craft “exceeded its structural limitations during the final portions of the<br />

reentry maneuver,” X-15 Accident Investigating Board suspected. X-<br />

15’s pilot, Maj. Michael J. Adams, did not use ejection system <strong>and</strong> was<br />

killed, the first fatality in the 191 flights since the three X-15s started<br />

their flight operations, June 8, 1959. Usual flight plan called for air-<br />

craft to ascend at a sharp angle after being dropped by B-52 aircraft.<br />

After engine burnout, plan called for coasting up into high thin air,<br />

then dropping back in pancake style into thicker air for reentry. Accord-<br />

ing to a NASA spokesman, the aircraft had risen tQ about 260,000 ft <strong>and</strong><br />

encountered trouble on the way down. “There apparently was some<br />

sort of control malfunction as the pilot attempted to pull out of his<br />

descent,” spokesman said. Radar <strong>and</strong> telemetry data received during<br />

flight were excellent, data being received down to an altitude of 60,000<br />

ft.<br />

Speed <strong>and</strong> altitude records for winged aircraft4,534 mph, by Maj.<br />

Joseph A. Walker<br />

William J. Knight (USAF) , <strong>and</strong> 354,200 ft, by NASA’s<br />

(who had since died in crash of XB-70 No. 2 <strong>and</strong> F-104 aircraft) -<br />

had been set by z-15~. Two crash l<strong>and</strong>ings of X-15 laircraft had oc-<br />

curred; pilots had survived <strong>and</strong> aircraft had been restored to flight<br />

status. X-15 No. 3 pilot, Maj. Adams, 37, had finished USAF training<br />

in 1952, flown in combat in Korea, <strong>and</strong> graduated with honors from<br />

Aerospace Research Pilots School. Although assigned to MOL program,<br />

he had requested transfer to X-12 operations.<br />

Board was continuing att6mpt to determine the probable cause. (FRC<br />

Release26-67; AP, NYT, 11/16/67,15)<br />

In message transmitting to Congress annual report on US. participa-<br />

tion in U.N. for 1966, President Johnson cited successful negotiation<br />

of space law treaty as an “outst<strong>and</strong>ing accomplishment . . . which bans<br />

weapons of mass destruction from space <strong>and</strong> calls for peaceful coopera-<br />

tion in its exploration <strong>and</strong> use.” He also cited success of U.N. Devel-<br />

opment Program in providing economic assistance <strong>and</strong> approval of<br />

charter for U.N. Industrial Development Organization to help new na-<br />

tions create industries best suited to their needs. He commended U.N.<br />

representatives’ unnoted work to fight ignorance, hunger, <strong>and</strong> disease,<br />

<strong>and</strong> to promote economic <strong>and</strong> social development. (PD, 11/20/67,<br />

1568-9)<br />

NASA Administrator James E. Webb, at Chicago meeting of American<br />

Petroleum Institute, spoke on space program’s technological <strong>and</strong> social<br />

benefits in assessing developing capabilities which would “serve our<br />

nation’s future needs.” He called attention to “special equipment that<br />

will automatically monitor ground, underseas cable, or satellite circuits<br />

carrying high-speed traffic [<strong>and</strong>] the entire international communica-<br />

tions network structure of the world . . . more valuable today than it<br />

was just a few years ago.” He also pointed out that “the rocket tech-<br />

nology that carried Surveyor to the moon provided astronomers with<br />

an improvement in resolution beyond that provided by Ranger by an-<br />

other factor of 1OOO. That is 1000 times more detail than the Ranger<br />

results which themselves were 1000 times better than anything before.”<br />

Webb said the U.S.S.R. was “building a rocket bigger than Saturn V,<br />

I feel sure.” He explained that the Saturn V-Apollo system “permits us<br />

to operate out as far as the moon with large payloads of about 100,000<br />

pounds.” He compared U.S.S.R. <strong>and</strong> U.S. exploration of the planet<br />

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