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KURT H. DEBUS
1908-1983
BY CHRISTOPHER C. KRAFT, JR.
KURT H DEBUS the outstanding twentieth-century pioneer in the
field of space vehicle launch operations, died at Cocoa Beach, Flor-
ida, on October 10, 1983. Dr. Debus had retired in 1975 as Director
of the National Aeronautics and Space Administration (NASA)
John F. Kennedy Space Center (KSC), the launch facility for the
space vehicles that carried men to the first landing on the Moon,
continued manned lunar explorations, delivered to orbit the first
manned Space Workshop, and currently serves as launch and land-
ing facility for the NASA Space Transportation System.
Dr. Debus devoted his life to advancing the technology of launch
vehicle development and flight and to maintaining this Nation's
leadership in space and aeronautics. During his lengthy career he
achieved outstanding success in the innovation and application of
new techniques in the design, development, and operation of missile
and space vehicle launch facilities, equipment, and operations. His
pioneering efforts profoundly influenced the progress of technology
in national defense and space exploration. He was an inspiration to
his colleagues, to members of the engineering and scientific commu-
nities, and to Space Age youth whom he strongly influenced in their
careers.
Dr. Debus's contributions to the U.S. space program in launch
vehicle development and flight are of historic significance. The lead-
ership he provided in the development of launch concepts for space
vehicles gained for him worldwide respect. He was personally
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MEMORIAL TRIBUTES
responsible for many of the innovations in space vehicle preparations
that led to the extremely high reliability of this Nation's manned
launch vehicles. Dr. Debus forged a concept for the design of space
vehicle assembly and launch facilities that could only be envisioned
by an individual of stature far beyond the dreams and aspirations of
many of his associates at the time. He had a keen grasp of the
necessary and important and drove most directly for the best engi-
neering solution. Dr. Debus was a true pioneer, unequaled as a
technical innovator. His knowledge and expertise led to ideas, con-
cepts, and, later, to applications that are continuing to assure this
Nation of its leadership in large launch vehicle facility development
and operations.
Dr. Debus was born in Frankfurt am Main, Germany, on
November 29, 1908, and received all of his formal education in
Germany. He attended Darmstadt University where he earned his
initial and advanced degrees in mechanical and electrical engineer-
ing. He served as a Graduate Assistant on the faculty for electrical
engineering and high-voltage engineering while studying for his
master's degree. In 1939 he earned his engineering doctorate with a
thesis on surge voltages and was appointed Assistant Professor of
Electrical Theory at the university.
At this stage of his career, Dr. Debus joined the Wernher van
Braun team on the Baltic coast in Germany and helped develop the
V-2 rocket after the beginning of World War II. He came to the
United States with Dr. van Braun's team in 1945 and committed his
expertise in rocketry to the service of the embryonic American space
program.
Dr. Debus was a central figure in the Redstone Ballistic Missile
Program of the 1950s, the U.S. Army's first missile system equipped
with a nuclear warhead. As a key member of the van Braun space
team, located at the Redstone Arsenal in Alabama, he organized
and directed the Missile Firing Laboratory and was responsible for
the critical efforts in development of the Redstone, Jupiter, Pershing,
Jupiter-C, and Juno vehicles. Dr. Debus was an essential member of
the team that placed the Explorer I in Earth orbit, propelled by a
~upiter-C launch vehicle, inaugurating the Space Age for the United
States. He supervised the development and construction of rocket
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KURT H. DEBUS
61
launch facilities at Cape Canaveral, Florida, and led the launch
operations team that sent the first American into space in 1961.
In 1962 Dr. Debus became Director of the Launch Operations
Center in Florida, later to become NASA's John F. Kennedy Space
Center. Under his leadership more than 150 missiles and space
vehicles were placed into orbit from KSC, including 31 manned
flights from the Mercury, Gemini, Apollo, Apollo-Soyuz, and Sky-
lab programs. The historic manned Apollo flights to the Moon,
1968-1972, utilizing the 363-foot, 7.5-million-pound thrust Saturn
V launch vehicle, were all launched under his direction. As Director
of the Kennedy Space Center, Dr. Debus guided development of the
mobile concept applied to the preparation of the Saturn-class vehi-
cles and transportation of the fully assembled space vehicle to the
launch site. He developed KSC's Vertical Assembly Building, the
largest spacecraft/launch system assembly building in the United
States, and the extensive launch facilities that make up the Kennedy
Space Center. He organized and directed the government-industry
launch organization for the Nation's Apollo and Skylab programs.
His last official act prior to retirement was to officiate in the ground
breaking for the 18,000-foot KSC landing strip that the space shuttle
used for the first time in returning to Earth from its successful
mission in February 1984.
In recognition of his unique accomplishments, a number of hon-
ors were conferred upon Dr. Debus. He was given the U.S. Army's
highest civilian decoration, the Exceptional Civilian Service Medal;
the Scott Gold Medal of the American Ordnance Association's Mis-
sile and Aeronautics Division; and NASA's Outstanding Leadership
Award. In July 1965 he was awarded the first Pioneer of Wind Rose
Award, Order of the Diamond, by the International Committee of
Aerospace Activities for his historical contributions to launch tech-
nology and science. In February 1967 he was awarded an honorary
Doctor of Laws degree by Rollins College. He was also named co-
winner of the American Astronautical Society's Space Flight Award
for 1967. In January 1969 he received the NASA Distinguished
Service Medal for his participation in the first manned lunar-orbit
mission, Apollo 8. In September 1969 he received his second Distin-
guished Service Medal from NASA in recognition of his contribu-
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MEMORIAL TRIBUTES
tions to Apollo 11 and man's first landing on the Moon. In December
1969 he was awarded an honorary Doctor of Engineering Science
degree by Florida Technological University. He was elected to the
National Space Hall of Fame in 1969. He received an honorary
Doctor of Science degree from the Florida Institute of Technology in
September 1970. He was awarded the Commander's Cross of the
Order of Merit of the Federal Republic of Germany in 1971. In
February 1974 he was signally honored as recipient of the Louis W.
Hill Space Transportation Award, presented by the American Insti-
tute of Aeronautics and Astronautics.
Dr. Debus was a Life Member of the American Ordnance Associ-
ation; Fellow, American Institute of Aeronautics and Astronautics;
Honorary Member, Instrument Society of America; Advisory
Member, Marquis Biographical Library Society; Honorary Mem-
ber, Herman-Oberth Gesellschaft; Honorary Member, Deutsche
Gesellschaft hur Raketentechnik und Raumfahrt, e.V.; Ex Officio
Member, Florida CounciloflO0, from 1969to 1971; end member of
the Advisory Board of the British Interplanetary Society. He was
elected to the National Academy of Engineering in 1975. He was a
member of the Senior Advisory Council of the National Space Insti-
tute, and a member of the Council of Science and Technology of the
Man and Space Committee.
Dr. Debus was truly a unique and special individual who was a
warm friend and confidant to all who worked with him in those
sparkling, adventurous days of the early space program. Many of
the astronauts were particularly fond of Dr. Debus and knew full
well of his concern for their safety. Dr. Debus was one of those
sensitive human beings who possessed the qualities of leadership that
motivated his employees to the highest levels of attainment. He was
the expert in his field within the Free World. He pursued his respon-
sibilities with a vigor and tenacity that sought out and overcame the
most difficult management and engineering problems and provided
solutions that ensured the utmost reliability of the spaceflight vehi-
cles flown from the Nation's launch center. The facilities of the
Kennedy Space Center, including the huge Vertical Assembly Build-
ing, the mobile crawler vehicle for transport of space vehicles to the
launch site, and the efficient design of the total launch complex,
serve as a monument to Dr. Debus and his illustrious career.
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Representative terms from entire chapter:
space vehicle
