PROTOCOL OFFICE U.S. ARMY ORDNANCE MISSILE COMMAND REDSTONE ARSENAL, ALABAMA

• Document Type: CREST
• Collection: General CIA Records
• Document Number (FOIA) /ESDN (CREST): CIA-RDP78-06205A000100010035-0
• Release Decision: RIFPUB
• Original Classification: K
• Document Page Count: 15
• Document Creation Date: December 15, 2016
• Document Release Date: September 9, 2002
• Sequence Number: 35
• Publication Date: October 31, 1961
• Content Type: AG

*ARMY Declass/Release Instructions On File*
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PROTOCOL OFFICE
U. S. ARMY ORDNANCE MISSILE COMMAND
REDSTONE ARSENAL, ALABAMA
GROUP: Special Group
PROJECT OFFICER:
Mr. Duckett/876-5536
SIZE: Twenty-one (21)
PROGRAM COORDINATOR
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DATE: 31 October - 2 November 1961
TIME ACTIVITY
PLACE
PERSON RESPONSIBLE
31 Oct 61
1600 Arrival
Huntsville Airport
Sgt. Justin/8761015
1600-1630 Travel to Holiday Inn.
Protocol Office/876-1015
1 Nov 61
0745-0815 Travel
Protocol Office/876-1015
0815-0945 Tour Thiokol
Bldg. 7650
Lt., Harris/876-8715
0945-1000 Travel
Protocol Office/876-1015
1000-1100 Tour Pershing Test Stand
Mr. Ramsden/876-6414
1100-1110 Travel
Protocol Office/876-1015
1110-1150 Tour Pre-Flight Lab
Bldg. 7290
Lt. Harris/876-8715
1150-1200 Travel
Protocol Office/876-1015
1200=1300 Lunch
Cafeteria
Ltd Harris/876-8715
Bldg. 5250
1300-1315 Travel
Protocol Office/876-1015
1315-1400 Tour Advanced Component
Tech's Lab
Bldg, 7441
Lt. Harris/876-8715
1400-1415 Travel
Protocol Office/876-1015
1415-1445 Tour Nike Branch
Bldg. 3301
Capt. Gay/876-2517
1445-1450 Travel
Protocol Office/876-1015
3.40-1525 Tour FAM Division
Bldg. 3303
Lt. Col. Gilbert/876-3025
1525-1530 Travel
Protocol Office/876-1015
1530-1600 Tour Hawk Branch
Bldg. 3307
Capt. Hayden/876-2622
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PERSON RESPONSIBLE
TIME
ACTIVITY
1600-1615
Travel
Protocol Office/876-1015
1615-1730
Social Hour Officer's Club
Capt. Schorsten/877-4341
1730-1750
Travel to Motel
Protocol Office/876-1015
2 Nov 61
0745-0810
Travel to MSFC
Protocol Office/876.1015
0810-0840
Tour Fabrication Division
Mr. Milwee/876.0378
0840-0850
Travel
Protocol Office/8761015
0850-0930
Tour G&C Division
Mr. Cordes/876-5437
0930-0940
Travel
Protocol Office/876-1015
Mr. Flynn/876-5335
0940-1010
Tour S&M Division
1010-1020
Travel
Protocol Office/876-1015
1020-1050
Tour Test Division
Mr. Dodd/876-1312
1050-1100
Travel
Protocol Office/876-1015
1100-1130
Discussion with Bldg. 4505
Mr. Duckett/876-5536
Mr. Duckett
1200
Travel to Huntsville Airport
Departure
Protocol Office/876.1015
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HEADQUARTERS
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REDSTONE ARSENAL
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The United States
Army Ordnance Missile Command
Army Ballistic Missile Agency
Army Rocket & Guided Missile Agency
Army Ordnance Missile Support Agency
Army Ordnance Guided Missile School
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Headnuarters, U. S. Army Ordnance Missile Command
The U. S. Army Ordnance Missile Command, with headnuarters at Redstone
Arsenal, is the nerve center of the Army's missile program.
Commanded by Major General August Schomburg, AOMC is responsible for
weapon systems management; this includes the design, development, production,
maintenance, and supply for Army missiles and rockets. The Command is also
responsible for some aspects of training Army ground forces and Army air defense
units in the use of the weapon systems.
Currently, AOMC is weapon systems manager for 19 missile programs and
hassecondary responsibilities for two major related programs. The Army Ordnance
Missile Command makes use of the most advanced resources in missile technology
available through other Army Ordnance installations, private industry, and research
institutions in carrying out its mission. Although approximately 90 per cent of
all work in Army missiles and missile systems components is done by private con-
tractors, the Army maintains a broad scope of "in-house" technical competence
in order to monitor, supervice, and expedite contractor efforts at a competent
level. Currently engaged in work with the Army's missile program are 41 prime
contractors, 298 first tier, and 53,780 subcontractors. The Command also
deals with 60 other government agencies, including other branches of the Armed
Forces.
Because of the broad scope of the mission, the Army Ordnance Missile Command
is organized into a Headquarters and four major elements; the Army Ballistic Missile
Agency, Army Rocket and Guided Missile Agencyl Army Ordnance Missile Support
Agency, and White Sands Missile Range.
ABMA
The Army Ballistic Missile Agency, commanded by Brigadier General Richard M.
Hurst, is responsible for the management of the Army's ballistic missiles and free-
t ' I e ear nr~d v to meet testing rocurement, and
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The weapon systems which ABMA manages include REDSTONE, JUPITER,
PERSHING, SERGEANT, CORPORAL, HONEST JOHN, LITTLE JOHN, M-72
ROCKET GRENADE, and Missiles A and B. JUPITER was developed by ABMA
and is deployed by the Air Force.
ABMA supervises industrial contractors working with ABMA-managed
missile systems, maintains testing facilities, and supports field units using
the weapon systems.
The Army Ballistic Missile Agency pioneered the. Army's early space efforts,
launching the Free World's first scientific satellite of the earth on January 31,
1958, and the first Free World satellite. of the sun on March 3, 1959.
ARGMA
The Army Rocket and Guided Missile Agency, commanded by Brigadier
General John G. Zierdt, is responsible for the research, development,
procurement, test and evaluation, supply, and maintenance of all Army guided
missiles and rockets which can be maneuvered after being launched.
The weapon systems for which ARGMA has responsibility are HAWK,
NIKE AJAX, NIKE HERCULES, NIKE ZEUS, REDEYE, MAULER,
SHILLELAGH, SS-10, and FABMDS (Field Army Ballistic Missile Defense
System). ARGMA also has supporting responsibilities in the development of
TARGET missiles.
More than 20,000 acres of the Arsenal are devoted to Research and
Development Operations of the Agency which includes four of the most up-to-
date laboratories in the Ordnance Corps today. The Test and Evaluation
Laboratory, for example, has the most complete laboratory in the Free World
for environmental testing of hazardous items. The T & E Lab also operates
a range which permits flight testing of smaller rockets and static testing of
larger solid propellant rocket motors.
In conjunction with the development and testing of the NIKE ZEUS anti-
missile missile system, ARGMA has personnel spread over half the world,
from Kwajalein Atoll in the Pacific to Ascension Island in the Atlantic.
AOMSA
The Army Ordnance Missile Support Agency, commanded by Colonel Thomas W.
Cooke, in addition to several assigned missions, provides logistical and administra-
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Logistical and administrative support includes facilities, transportation, communi-
cations, utilities, maintenance and other services. In addition to elements of AOMC,
AOMSA supports the Ordnance Guided Missile School, Air Force Units satellited on
the Post, the Marshall Space Flight Center, and private contractors located on the
reservation.
A major function of the Army Ordnance Missile Support Agency is its National
Missions. AOMSA operates a Missile and Rocket Inventory Control Center (MRICC),
Computation Center, Calibration Laboratories, and an Army Missile Patent Center.
As an example, of the National Missions, the MRICC supports AOMC weapons
systems management. It handles all routine supply activities, data processing for
all Ordnance Depots responsible for missile and rocket components, and is the
national control center for all stock and stock levels of common production items
maintained at these depots.
All regular functions of the Post are under the direction of the AOMSA Commander.
This includes Troop Command, Post Engineers, Post Surgeon, Signal Division,
Quartermaster, Transportation, and Purchasing and Contracting Division. Housing,
special services, recreational, and educational facilities for military personnel are
the responsibility of AOMSA.
W S M R
White Sands Missile Range, an element of AOMC commanded by Major
General John G. Shinkle, located in the Tularosa Basin in South-central New
Mexico, is one of the largest inland missile test ranges in the Free World.
WSMR provides range instrumentation, schedules, and supervises tests and
is responsible for range safety in flight testing Army missiles and rockets.
WSMR also provides an independent field testing laboratory for other branches
of the Armed Forces.
The giant inland missile test range covers 4, 000 square miles; facilities
are valued at $150 million.
U. S. ARMY ORDNANCE GUIDED MISSILE SCHOOL
The Ordnance Guided Missile School, commanded by Colonel Charles W.
Eifler, Commandant, at Redstone Arsenal is an element of the Ordnance
Training Command. The school was established in December 1952 and has
graduated over 22,000 students from the Army, Navy, Air Force, Marine
Corps, and 12 allied nations.
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Novy the third largest educational institution in Alabama, OGMS operates
around the clock with two shifts a day devoted to instruction and a third to
maintenance. With its ultra modern $65 million campus and faculty of
approximately 600 instructors, OGMS trains some 5,000 students annually
in the Army's operational missile systems and the Air Force Jupiter IRBM.
OGMS maintains one of the most complete educational television facilities
operated by the Armed Forces and pioneered the use of large television screens,
measuring as much as 12 by 20 feet, to increase and retain student interest in
complex missile subjects. Courses are regularly transmitted through OGMS
facilities to other training centers. Using unequalled research and development
facilities at Redstone Arsenal, the school regularly transmits courses to other
training centers and supplies special reports by video tape to the Department of
Defense and national network of missile contractors.
As the Army's only school devoted entirely to missile training, OGMS
prepares most of the missile text books and training aids used throughout the
Army, printing some 500, 000 pages of classroom materials each month.
When students complete individual classes, they are formed into numbered
Ordnance Support units for deployment throughout the Free World.
ARSENAL COMPLEX
Redstone Arsenal, one of eight Permanent Ordnance Installations, is a combination
of two U. S. Army arsenals established in 1941 for the production of chemical shells.
Today it is the home of the U. S. Army Ordnance Missile Command, Army Ballistic
Missile Agency, Army Rocket and Guided Missile Agency, Army Ordnance Missile
Support Agency, Ordnance Guided Missile School, Marshall Space Flight Center,
and several private contractor firms conducting rocket and missile research.
The Chemical Warfare Service began a $70 million installation at Huntsville
in 1941, to manufacture chemical mortar and howitzer shel Is. It was called Hunts-
ville Arsenal.
In October 1941, the Ordnance Corps began a $20 million construction pro-
gram for the Redstone Ordnance Plant. This plant assembled explosives for the
chemical shells and produced completed rounds. It was redesignated Redstone
Arsenal on February 26, 1943. Redstone Arsenal was located to the east and
Huntsville Arsenal to the west of Patton Road which splits the vast government
reservation.
Approximately 20, 000 people were employed by both installations at the
peak of production during World War II. Employment was sharply curtailed at the
end of hostilities and, from September 1945 until February 1947, the primary
mission here was the renovation of Ordnance ammunition received from overseas.
In late February 1947, Redstone Arsenal was placed on standby as a reserve
arsenal. Employment at both the Chemical and Ordnance installations dropped to
a force of about 250 caretakers, guards, and firemen. The Chemical Corps offered
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During the summer of 1948 an extensive survey of all Ordnance installations
was made to find suitable land and facilities to permit activation of a rocket center
for the Army's expanding missile activities. The Chief of Ordnance designated
Redstone Arsenal as the center of research and development activities in the field
of rockets and related items in October 1948. The Chemical Corps deactivated
Huntsville Arsenal in January 1949 and its land and facilities were transferred to
Redstone Arsenal.
Recruitment of technical and professional personnel began in January 1949
and a Research and Development Division was established in February. Redstone
Arsenal was declared an active installation by the Department of the Army on June-
I, 1949.
The Redstone Division of Thiokol Chemical Corporation moved into govern-
ment-owned buildings which formerly housed ammunition loading lines. Rohm and
Haas Chemical Company personnel arrived in June. Both Thiokol and Rohm and
Haas were involved in basic rocket propellant research.
In April 1950, the Army's rocket experts who had been working at Fort Bliss,
Texas,were moved to Redstone Arsenal. The group included the team of scientists
and engineers headed by Dr. Wernher von Braun.
In March 1952, Ordnance elements from Aberdeen Proving Ground came to
Redstone Arsenal to establish the Provisional Redstone Ordnance School. The
first training program in the maintenance and repair of guided missiles opened
March 10, 1952. It consisted of seven officers. The present Ordnance Guided
Missile School was established in December 1952.
The Army Ballistic Missile Agency was created February I, 1956, to field
the Redstone Missile as rapidly as possible and to develop the 1,750-mile Jupiter
intermediate range ballistic missile. Both the Redstone and the Jupiter performed
vital missions in the Army's early space efforts. Approximately 4,800 employees
of ABMA who worked under the technical direction of Dr. Wernher von Braun on
the Redstone and Jupiter and the Army's space program were transferred to the
National Aeronautics and Space Administration in July 1960.
The U. S. Army Ordnance Missile Command was established March 31, 1958,
consolidating under one commander all Army activities, except OGMS, having a
major role in the Army rocket and missile program. The Army Ballistic Missile Agency
was designated to manage the Army's ballistic missiles and free-flight rockets; the
Army Rocket and Guided Missile Agency was designated the responsibility for the
Army's guided or maneuverable missiles and rockets.
The Army Ordnance Missile Support Agency provides buildings, facilities,
and services, and supports AOMC and its elements, OGMS, and contractor firms.
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.Redstone Arsenal is a "city within a city;" its 38, 781 acres cover 60.6
square miles which include three minor mountain ranges. There are some 94 miles
of railroads, more than 260 miles of roads, and approximately 2,175 buildings on
the post. There is a modern airstrip that will accommodate large carrier-type aircraft;
dock facilities are maintained on the Tennessee River which marks the southern
boundary.
Military, civilian, and contractor personnel at Redstone Arsenal total approxi-
mately 23, 000. Salaries and wages paid during the past fiscal year amounted to
over $139,000,000. The value of land, buildings, and facilities has been estimated
at $225,000,000.
More than 37, 000 automobiles of employees are registered with the Provost
Marshal for access to the Arsenal. Gate guards issued passes during 1960 to more
than 160,000 visitors, including personnel on official temporary duty here from
other commands and contractor employees.
Eighty-five per cent of the employees at Redstone Arsenal come to work in car
pools or by other transportation sharing arrangements. Only 60 per cent of the em-
ployees live within a 15-mile radius of their jobs. Sixteen per cent live within a
16 to 25 mile radius, 20 per cent within 26 to 50 miles, and four per cent drive
more than 50 miles - - one way - - to work each day.
Redstone is no longer simply an arsenal, in the literal sense. It has become
an internationally recognized center of research engineering, development, and educa-
tion in the missile field.
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The Army's Missiles
REDSTONE - Surface-to-surface inertially guided ballistic missile immune
to known enemy countermeasures. It is a liquid fueled missile and can deliver a
nuclear warhead on targets up to 200 miles distance. ? The Redstone is deployed
with troops overseas. A modified Redstone was the first stage of the Jupiter C,
used to launch the first Free World scientific satellite.
JUPITER - Surface-to-surface liquid fueled intermediate range ballistic
missile with nuclear capabilities. Developed by the Army, Jupiter is now deployed
by the Air Force and was the first Free World IRBM to be successfully launched.
Jupiter, with a range of 1,750 miles, was the largest weapon for which the Army
had development responsibility. A modified Jupiter served as the first stage of
the JUNO II space vehicle with which the Army launched the first Free World
satellite of the Sun.
PERSHING - Surface-to-surface all-inertially guided ballistic missile. It
utilizes a powerful two-stage solid propellant rocket motor and is capable of
delivering nuclear warheads on targets deep in the enemy's rear areas. Pershing
is a highly accurate and reliable weapon system and, utilizing a mobile transporter-
erector-launcher, it can be moved into an unprepared site, erected, and fired in a
matter of minutes. It is both ground and air transportable. Pershing will replace
the Army's famous Redstone missile.
CORPORAL - Surface-to-surface liquid fueled, inertially guided ballistic
missile. It has both conventional and nuclear warhead capabilities and a range of
75 miles. Corporal was the Army's first operational ballistic missile system and
is deployed with troops in Europe.
SERGEANT - Surface-to-surface inertially guided ballistic missile. It
utilizes a powerful solid propellant rocket motor and can carry either conventional
high-explosive or nuclear warheads. Sergeant is a highly accurate missile system,
mounted on a mobile erector-launcher which can be towed by standard Army vehicles.
Easy to handle and simple to maintain and fire, Sergeant was designed to replace
the operational Corporal.
HONEST JOHN - Surface-to-surface Artillery Rocket for close support of
ground combat operations. The weapon is a free-flight rocket utilizing a solid
propellant rocket motor and no guidance or electronic controls. It has both con-
ventional and nuclear warhead capabilities and a range of approximately 10 miles.
The missile has large fins at the rear to stabilize it in flight.
LITTLE JOHN - Surface-to-surface solid propellant free-flight Artillery
Rocket. It is capable of delivering conventional and nuclear warheads on targets
beyond 10 miles in range. Little John is the Army's most advanced free-flight
rocket and can be moved on the ground and by fixed wing aircraft or helicopter.
It is designed to be deployed in the field similar to conventional artillery.
1
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M-72 ROCKET GRENADE - Man-portable, man-fired "bazooka" type
light anti-tank weapon. The M-72 is fired by the individual soldier from the
shoulder in a standing, kneeling, or prone position. The throw-away launcher
serves as a shipping-carrying case and can be carried over the shoulder by the
soldier through underbrush and over rough terrain. The missile utilizes a solid
propellant rocket motor which burns out before the missile leaves the launcher.
The weapon is effective against tanks, bunkers, and other field fortifications.
NIKE-AJAX - Surface-to-air supersonic antiaircraft guided missile. It is
a two-stage missile using a powerful solid propellant booster and a liquid fueled
second-stage rocket motor. Nike-Ajax is capable of intercepting and destroying
conventional type aircraft regardless of evasive action. It has a range of 25 miles
and can rise to an altitude of 50, 000 feet, carrying a high explosive warhead.
Nike-Ajax was the first antiaircraft missile to guard U. S. cities and defense
installations.
NIKE-HERCULES - Surface-to-air antiaircraft guided missile. It is a two-
stage solid propellant missile and has high explosive or nuclear capabilities.
Nike-Hercules is capable of destroying the most advanced high performance
aircraft regardless of evasive actions. Utilizing extremely sophisticated acquisi-
tion, target track, and missile track radar, Nike-Hercules has a range of 75
miles and is capable of rising to altitudes in excess of 100, 000 feet.
NIKE-ZEUS - the Army's proposed solution for the defense of the U. S.
by attack by intercontinental ballistic missiles. The weapon system is the only
anti-ICBM missile system in the advanced stages of development today. Nike-
Zeus uses highly accurate acquisition radar, scanning thousands of miles of
space, to detect oncoming ICBM warheads. When the target is acquired, track-
ing radar takes over, relays information to high speed computers which determine
the path of the warhead, determine the point of intercept, and fire the killer missile
at the precise moment. Nike-Zeus is a three-stage missile, utilizing powerful
solid propellant rocket motors in order to rise to extreme altitudes at tremendous
speeds to destroy the target at a safe distance from the defended area.
LACROSSE - Surface-to-surface Artillery guided missile for support of
ground combat troops. It uses a solid propellant rocket motor and is sufficiently
accurate for destroying hard point targets in the field. Lacrosse has atomic and
non-atomic capabilities and will replace some conventional Artillery units. The
missile is mounted on launcher on a standard Army truck.
HAWK - Surface-to-air guided missile. The Army's "Homing-All-The-Way
Killer," was designed to defend against low flying, high performance enemy air-
craft. The weapon system uses continuous beam radar to detect low flying enemy
attackers flying in the blind zone of conventional radar. Hawk missile's homing
guidance locks on to the attacker and follows it for the kill. Hawk missiles, using
solid propellant rocket motor, can be launched in rapid sequence from triple-mount
launcher.
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REDEYE - Surface-to-air man-portable, individual soldier fired antiaircraft
missile system. The missile, fired from the shoulder from a combination launcher-
shipping container, uses an infrared guidance system, It is aimed at an attacking
enemy aircraft and when the missile locks on to the target, it is fired and tollows
the target to the kill, regardless of evasive action.
MAULER - Surface-to-air guided missile system for defense of ground combat
troops from attack by high performance aircraft and short range ballistic missiles.
Still in the development stage, Mauler is designed to move with today's modern,
fast moving Army. Each Mauler fire unit will be contained entirely on a self-pro-
pelled vehicle of standard Army design.
SHILLELAGH - Surface-to-surface guided missile for close-in support of
troops. Still in the development stage, it will greatly increase firepower against
armor as well as troops and field fortifications. Vehicle mounting will be one
application.
SS-10 - Surface-to-surface guided missile. It is a wire guided missile,
utilizing a solid propellant rocket motor, for knocking out tanks and other armor
on the battlefield. SS-10 is guided to its target through visual observation by
a control device operated by one soldier. Guide wires attached to the controlling
devices on the missile and to the man-operated control device unreel in flight.
SS-10 can be hand-carried on the ground, dropped by parachute, fired on the
ground, from a vehicle, helicopter or airplane.
SS-II - Surface-to-surface guided missile . . . bigger brother to the SS-10.
The missile has twice the range, greater speed and packs a greater punch than
the SS-10. SS-II is being evaluated. for possible deployment from helicopters.
FABMDS - Field Army Ballistic Missile Defense System. Now undergoing
extensive feasibility study has as its objective the e ense o troops in the field
against attack by enemy ballistic missiles.
ENTAC - Surface-to-surface wire guided missile, deriving its name from
the contraction of the French identifying description, ENgin Teleguided Anti-
Char. ENTAC is a solid propellant missile for use against enemy tanks and
other armored combat vehicles. It will replace the SS-10.
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NIKE ZEUS
ICBM MISSILE KILLER
PERSHING FOUR STAR MISSILE
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MISSILES...
behind the
MAN...
behind
YOU !
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