The shoulder patch of the
56th Field Artillery Command is symbolic of the unit and the mission the
unit performs. The scarlet and yellow are colors used for field artillery.
The blue represents the infantry support. The destructive power of the
Pershing system and target capability are suggested by the red disc at the
center. The upright missile signifies the readiness of the command. The
lightning flashes refer to the ability of the missile team to act and strike
quickly in the event of need.
56th Field Artillery Command's mission in peacetime was to maintain its
combat readiness. After the beginning of hostilities, the Command's mission
was to be prepared to provide general support nuclear fires to the theater
commander. After the INF treaty's entry into force, the Command revised its
mission to include support of Soviet on site inspections and to retrograde
the Pershing missile system out of the theater.
chain of command for the 56th FAC followed a duel chain. During peacetime,
the Command fell under the United States Army, Europe, and the United States
European Command. During periods of tension or in times of actual war, after
the declaration of the appropriate alert measure, the operational command
and control of the unit shifted to the NATO chain of command. In that case,
the next higher headquarters for the 56th Field Artillery Command was the
Allied Air Forces, Central Europe, AAFCE. In both peace and war, the Command
reported to the highest levels of military authority in Europe.
the 56th Field Artillery Brigade became the 56th Field Artillery Command
(Pershing) in January 1986, the Command was organized under a table of
organization and equipment establishing its final form. The Command had a
headquarters and headquarters battery, three Pershing firing battalions, an
infantry battalion, a signal battalion, a forward support battalion, and an
aviation company. The overall strength of the Command was 6000 soldiers, 108
Pershing missiles, and 1500 vehicles.
The 56th FA Command began its compliance with the INF treaty as the treaty
went into effect on 1 June 1988. Over the next three years, the Command
systematically turned in equipment, reassigned soldiers, and shipped treaty
items to destruction facilities. The following paragraphs detail the Command
organization as it started its INF treaty compliance.
three Pershing firing battalions formed the nucleus of the Command. Each
battalion was subdivided into a headquarters, headquarters and service
battery, and four firing batteries. The battalion had 36 erector launchers
with missiles authorized and 895 soldiers assigned to fully man the
battalion. The Pershing battalion was commanded by a field artillery branch
lieutenant colonel that had been trained in Pershing operations.
Pershing battalion headquarters, headquarters and services battery provided
the command and control assets for the battalion. The HHSB also provided
logistic support, which included supply, maintenance, and personnel
services. The HHSB had a field artillery captain in command of the
approximately 185 soldiers and equipment assigned.
Pershing firing battery, responsible for nine Pershing II missiles,
contained three firing platoons, an operations/communications platoon, a
support platoon, and a battery headquarters. The operations/communications
platoon provided the personnel and equipment needed to conduct missile
operations and direct employment of communication assets. The support
platoon managed the unit level automotive and missile maintenance assets and
distributed the petroleum supplies to the battery. A field artillery branch
major commanded the battery containing 178 soldiers and provided
command and control.
The platoon was the basic building block of Pershing. With appropriate
authorization from NATO level, the three firing platoons assigned to each
battery deploy, maintain, secure, and fire three Pershing missiles. The
platoon had the personnel and equipment assets to transport and assemble the
missiles, as well as maintain the system. A platoon control center
controlled the missiles operations. The platoon had to rely on the battery
for administration, supply, food, and other maintenance support. The
Pershing platoon had a specially trained, Pershing qualified, field
artillery captain as the platoon leader. He was responsible for the three
Pershing systems and 41 field artillery crewman assigned.
infantry battalion was assigned to the Command to provide security for the
Command. Infantryman assigned to Pershing had the challenging mission of
defending the missile systems during deployment and in field locations. In
order to defend against external threats to the Command, the 2nd Battalion,
4th Infantry regiment had special training in rear area combat operations.
To provide the necessary security, the battalion was organized into a
headquarters and headquarters platoon and three light infantry companies.
The infantry battalion with its 888 soldiers was commanded by an infantry
light infantry company maintained a habitual relationship with a Pershing
battalion. The infantry company had a company headquarters and four rifle
platoons to provide the necessary security support to the Pershing
battalion. The infantrymen were armed with M 60 machine guns, M 249 Squad
Automatic Weapons, AT 4 anti weapons, M 16 rifles, and .45 caliber pistols.
The new High Mobility Multi purpose Wheeled Vehicle, HMMWV, provided
mobility and mounted firepower to the soldiers. An infantry captain
commanded the 203 soldiers assigned to the infantry company.
overall communication links for the command and control of the 56th Field
Artillery Command, was provided by the 38th Signal Battalion. Their unique
and critical mission was to install, operate and maintain a communications
system for the Pershing Command that operated all day, every day at a high
rate of readiness. The 38th Signal Battalion fulfilled this mission for the
Command through use of a headquarters and headquarters company, a command
communications company, and three forward communications companies. The
signal battalion had 909 soldiers assigned and was commanded by a signal
command communications company provided signal communication support at the
Pershing Command level. This support included maintaining radio nets at four
locations during field operations. A signal corps captain commanded the 265
signal soldiers assigned to the unit.
of the three forward communications companies was assigned to support a
Pershing battalion both in garrison and after deployment. The forward
communications companies were with their supported Pershing battalion. Each
company was further subdivided into a headquarters platoon and three
specialized communication platoons. A signal corps captain commanded the
forward signal company, which was comprised of 180 soldiers.
55th Support Battalion was responsible for missile, engineer,
communications, and automotive maintenance. It also supplied food,
conventional ammunition, major end items and repair parts to Command units.
A headquarters and headquarters company, a maintenance and supply company,
and three forward support maintenance companies made up the 55th Support
Battalion. The 896 personnel assigned to the unit were commanded by an
ordinance corps lieutenant colonel.
4th N 9th FA and its supporting units were located in the Heilbronn
community at three locations: Artillery and Badenerhof Kasernes and Camp Red
Leg. The communications support was provided by C Company, 2nd N 4th Inf.
secured the missile storage area at Camp Red Leg.
Schwaebisch Gmuend had two kasernes: Hardt and Bismarck. The 2nd N 9th FA
and A Co., 55th Spt N occupied Hardt Kaserne. The missile storage area for
2nd N 9th FA was at the old Mutlangen airfield, approximately three
kilometers from Hardt Kaserne.
56th Field Artillery Command headquarters with its headquarters battery
operated out of Bismarck Kaserne. Companies A, D and Headquarters and
Headquarters Company 38th Sig. N shared this pre World War II kaserne. The
headquarters for 38th Sig. N as well as D Co. 38th Signal Battalion, and the
communication support for 2nd N 9th FA, maintained garrison locations in
Pershing has been part of the Army inventory for over 27 years and in Europe
since 1964. The evolution of the Pershing missile system and the 56th Field
Artillery Command were so significantly intertwined that discussion
of one without the other was almost impossible.
The original Pershing missile was conceived in 1957 by the Advanced
Ballistic Missile Agency. That agency's intent was to replace the aging ‘Old
Reliable’ Redstone missile. The Redstone was a major technological
advancement for its era, but was large, cumbersome and not especially
mobile. It also needed special fuel handling techniques for its liquid
propelled rocket motors. The ABMA wanted a design which was smaller than the
Redstone but with greater range and increased reliability.
March 1958, the Army Missile Command awarded the Orlando Division of Martin
Marietta a contract for the development of a mobile missile system. The
specifications for the new Pershing system called for a 400 mile range,
twice that of the Redstone. The contract also required the system to be
one sixth the weight and one half the height. The problem of liquid
propellant handling was solved through the use of a solid rocket propellant.
The fuel was easier to handle, safer and had increased reliability. The new
approach to solid fuel propellant made the new system significantly more
mobile than the Redstone system. (Correction Steven T. Burns: On the
28th of March, 1958, the contract was awarded to the 'Martin Company'.
Martin Marietta did not come into being until the merging of Martin Company
and American-Marietta Company in the Martin Marietta Corporation on November
Pershing design moved quickly from the drawing board to the test range. The
first launch of a Pershing missile occurred at Cape Canaveral, Florida, 25
Feb. 1960 just 22 months after the award of the Martin Marietta contract.
Although this launch used only one stage of the system the missile traveled
30 miles down range into the Atlantic Test Range. In September, at Cape
Canaveral, the Army fired both stages for the first time. By January 1962,
Pershing missiles were launched to their full 400 mile range. The first
tactical system was delivered to the Army in October 1962. At this time the
Pershing missile system's mobility was dependent on the M 474 tracked
vehicle, built on the chassis of an M 113 armored personnel carrier. The
missile, without the warhead, was carried on an erector launcher mounted on
the M 474, while another M 474 carrier trailed with the warhead. A
programmer test station/power supply station was mounted on the third M 474.
Finally, a tropospheric scatter radio terminal followed in the fourth M 474.
The original Pershing system deployed in a tracked train arrangement.
Pershing land train became the integral part of the first Pershing battalion
activated in March 1963, at Fort Sill, Oklahoma. The first Pershing
battalion was the 2nd N 44th FA, commanded by Lt. Col. Patrick W. Powers.
Their training on the system started nine months earlier, but the actual
battalion activation took place in March 1963.
off post training, the 2nd N 44th FA became the 1st N 41st FA, trained and
equipped at Fort Sill. By October 1963, the 1st N 41st FA moved to Wingate,
N.M. for its first actual Pershing firing. On its return to Ft. Sill, the
battalion was redesignated 4th N 41st FA and assigned to 7th Army in
Germany. Its advance party left for Germany on March 11, 1964, from
Charleston Air Force Base, SC. The main body left New York harbor aboard the
USS Buckner, arriving at Bremerhaven on April 11, 1964. The main body soon
linked up with its advance party at Hardt Kaserne in Schwaebisch Gmuend,
where the 1st N 41st FA (the final unit designation after several changes)
shared Hardt Kaserne with the 56th Field Artillery Group. The 1st N 4th FA
eventually became the 2nd N 9th FA. (Correction Steven T. Burns: 56th
Artillery Group' did not become '56th Field Artillery Group' until 1968 when
the Artillery Branch split into the Field Artillery Branch and the Air
Defense Artillery Branch.)
next Pershing battalion to arrive in Germany was the lst N 81st FA. The 1st
N 81st FA had a long history, which included assignments with the Old Honest
John and Corporal missile systems. On April 15, 1963, 1st N 81st FA was
reactivated at Ft. Sill and became a part of the Pershing missile team. The
1st N 81st FA deployed to Europe in October 1963 and garrisoned at McCully
Barracks in Mainz. In 1968, the unit moved to Neu Ulm. The 1st N 81st FA
became the 1st N 9th FA. Correction Steven T. Burns: 1/81 FA was at McCully
Barracks in Wackernheim (near Mainz).)
third battalion to deploy to Europe with the Pershing system was the 3rd N
84th FA. Like many other units, the 84th FA had a long history of
activations and inactivations, but its incarnation as a Pershing battalion
occurred on July 4, 1964. 3rd N 84th FA personnel went through several
months of equipping and training at Ft. Sill in preparation for its
deployment to Europe. The unit's advance elements departed for Europe in
April 1965. The main body followed and arrived in May. The 3rd N 84th FA was
assigned to the 56th Field Artillery Group and took up its quarters at
Artillery Kaserne in Neckarsulm. The 3rd N 84th FA was inactivated and
redesignated as 4th N 9th FA.
1965 Pershing units assumed an additional role in support of the nuclear
deterrence mission of NATO. The three units were given the mission of Quick
Reaction Alert which required a portion of each unit to maintain the highest
level of combat readiness and be prepared to fulfill its wartime mission in
a short time. Because of the increased requirements of this mission, the
Army began an upgrade of Pershing I. At the same time, the Army authorized
an increase in the number of launchers in each battalion from four to 36.
(Correction Steven T. Burns:
1964 there was 1 firing platoon per battery with 1 missile per platoon,
i.e., 4 missiles per battalion.
1965 there were 2 firing platoons per battery with 1 missile per platoon,
i.e., 8 missiles per battalion.
1966 there were 2 firing platoons per battery with 2 missiles per platoon,
i.e., 16 missiles per battalion.
1969 there were 3 firing platoons per battery with 3 missiles per platoon,
i.e., 36 missiles per battalion.)
order to increase the system's ability to move, shoot, and communicate as
part of the QRA mission, the Army awarded a contract in January 1966, to
Martin Marietta Aerospace to explore development of new ground support
equipment system for Pershing. This new ground support equipment became
Pershing 1 A. The production contract was awarded to Martin Marietta in
most noticeable change was the introduction of wheeled vehicles to replace
the M 474 tracked vehicle. The wheeled erector launcher was faster in the
missile erection procedure and more reliable than its tracked predecessor.
new Pershing 1 A also incorporated solid-state electronics which improved
its self test and diagnostic capability. The majority of changes took place
in the ground support equipment. The basic design of the 35 foot inertially
guided missile did not change, nor was there any improvement on its 400 mile
Army acceptance of the new Pershing 1 A equipment was accomplished through a
unique for the period logistic program called Operation Swap. In 1968 the
exchange process began item for item, new for old in a direct
contractor to troop unit delivery system which bypassed the traditional Army
supply system. Battalion sized packages of equipment were formed at Cape
Kennedy then shipped to Pershing units in the field. The swap of new
equipment for old enabled each of the Pershing battalions to accomplish the
changeover without a degradation in unit readiness. Operation Swap was
completed by 1971.
first shipment of Pershing 1 A equipment arrived in Bremerhaven on August
13, 1969. In ceremonies conducted on September 28, 1969, the 1st N 41st FA
commander, Lt. Col. Thomas E. de Shazo and the 56th Field Artillery Group
commander, Col. James E. Conway, received the keys to the new equipment.
Pershing 1 A had arrived in Schwaebisch Gmuend. (Correction:
James T. Burns: The commander of 56th Field Artillery Group was
actually Colonel James E. Convey, Jr.)
October 1, 1969, marked the effective implementation date of Pershing 1 A
capability for 3rd N, 84th FA in Heilbronn. The unit began the necessary
upgrade in personnel and equipment to increase the battalion's combat
September 18, 1970, the 56th Field Artillery Group, which did not have a
historical relationship with the new brigade, became the 56th Field
Artillery Brigade. The new 56th FA Bde demonstrated the importance of the
Pershing system and gave it a command and control capability with the
creation of Headquarters and Headquarters Battery, 56th FA Bde. The new
brigade commanded the 1st N 41st FA, 1st N 81st FA, and 3rd N 84th FA
Pershing firing battalions. The 2nd N 4th Inf, which had been reactivated on
July 21, 1969, and has a unit lineage dating back to the War of 1812, became
part of the 56th FA Bde. The 2nd N 4th Inf provided the infantry defensive
support the units required. The Headquarters and Headquarters Battery
provided a command and control umbrella as well as additional communication
and logistic support.
contract was awarded to Martin Marietta in 1974 for advanced development of
a new terminal guidance system for Pershing. In 1977 five Pershing II
missiles were successfully fired at White Sands Missile Range.
1978 the North Atlantic Treaty Organization asked the United States to
deploy intermediate range missiles to Europe to counter the deployment of
Soviet intermediate range, mobile SS 20 nuclear missiles. Once again, the
Pershing system would be upgraded with a long term effect on the 56th Field
your article your mentioned Gen Sweet's group. In fact, in 1981, the Brigade
IG Major David Kreger was charged by Gen Sydney Davis with the task of
designing the TOE for the "new" PII missile brigade. The 55th Maintenance
was being formed at that time by LTC Littlefield, but not yet activated.
Major Kreger, 1LT Douglas Curtis (me) and SSGT Kenneth Heck with the
assistance of a brand new Apple II computer spent several months
interviewing every officer, NCO and Warrant in the Brigade, deciding what
was necessary for the new unit. This TOE was presented to the USAEUR
commander and headquarters, who forwarded it to the Pentagon without
changes. Just thought you might like this bit of trivia. Thanks to
firstname.lastname@example.org for this
August 1982, Brig. Gen. William E. Sweet, then commander of the 56th Field
Artillery Brigade, established a Pershing II fielding section within the
brigade operations section. This section was charged with the compiling of
information from various sources and developing the 56th FA Brigade Material
Throughout the summer and fall of 1983, key political leaders met with the
56th FA Brigade staff to plan the strategy for the transatlantic move of the
Pershing II. By 22 November 1983, the German Bundestag voted to deploy the
Pershing II missile in the Federal Republic of Germany. A C 5A Galaxy cargo
aircraft touched down at Ramstein Air Force Base at 10:22 p.m. on 22
Pershing II missiles arrived in the Brigade area on 27 November 1983. A
ground convoy had moved the missiles from Ramstein AFB to Mutlangen Missile
Storage Area. Then LTC Douglas J. Middleton initiated the training and
readiness program that would successfully transition the 1st N 41st FA into
the first operational Pershing II battalion. The training was intense. By
December 15, the first operational Pershing II firing battery, A Btry 1st N
41st FA, commanded by MAJ Nolan Watson, was certified as combat ready. The
older Pershing IA missiles were retrograded as the new Pershings entered
service. All three battalions of the brigade had achieved operational status
by December 1985.
The only fatal Pershing II accident occurred on January 11, 1985 when three
soldiers from 3rd N, 84th FA in Heilbronn were killed while conducting
routine assembly operations with a Pershing missile stage. As a first stage
motor was removed from its shipping container, a discharged of static
electricity within the rocket motor propellant caused the motor to ignite.
After a full investigation of the accident, actions were taken to prevent a
Theme actions included the addition of dissipative paint on the missile
stages, rubber pads on the shipping containers and erector launchers, and
improvements in the grounding system.
17 January 1986, the 56th FA Brigade became the 56th Field Artillery Command
(Pershing). During the activation ceremony, Brig. Gen. Raymond E. Haddock,
officially retired the colors of the 56th FA Bde and unfurled the 56th FA
CMD colors. The transition from brigade to command was more than a name
change. It recognized the increased capabilities of the Pershing II system
and implemented an organizational structure to capitalize on theme
command structure authorized a signal battalion, the 38th Signal Battalion,
to meet the communication requirements of the new command. The old 55th
Maintenance Battalion became the 55th Support Battalion to reflect the
additional logistic responsibilities provided by the unit. The aviation
detachment became the 193rd Aviation Company, under the new command
the same date the artillery battalions became affiliated with the 9th Field
Artillery Regiment as part of the overall Army Regimental Affiliation
Program. The battalion colors for the 1st N 41st FA; 1st N 81st FA and 3rd N
84th FA were retired. The new colors for the 2nd, 1st and 4th Field
Artillery regiment were uncased. The 3rd N 9th FA was activated at Ft. Sill,
OK. The honorary regimental commander was Maj. Gen. Richard D. Boyle
(retired), a former commander of the 56th FA Bde.
Recognition of the role of the Pershing Command soldiers and unit activities
during the fielding of Pershing II took place on July 1, 1987. During a
special ceremony, the 56th Field Artillery Command received the Army
Superior Unit Award for outstanding meritorious service of a difficult and
challenging mission during peacetime. The command's efforts in fielding the
Pershing II system resulted in a stronger NATO alliance and demonstrated the
resolve of the United States and its allies in support of their mutual
the signing of the Intermediate Nuclear Forces Agreement on December 8,
1987, and its subsequent ratification and implementation, the 56th FA Cmd
began the compliance actions required by the treaty. The Command had
accomplished its mission of maintaining its peacetime combat readiness and
supported the overall objectives of the 1987 Twin Track Agreement. With its
objectives accomplished, the Command continued to maintain its readiness
level until removed from tactical mission status on 1 Oct 90. The Command
still had a mission of retrograding its missiles and hosting Soviet On Site
May 27, 1988, the U.S. congress ratified the Intermediate range Nuclear
Forces treaty. This was the first ever treaty that required the U.S. and
the Soviet Union to eliminate all of their ground launched ballistic and
cruise missile systems, an entire class of weapons, with a range capability
between 500 and 5500 kilometers. The treaty also gave both sides the right
to carry out verification measures to monitor compliance with the treaty.
June 1, 1988 the provisions of the INF treaty went into effect. This date is
commonly known as the "Treaty In Force" date. During the first 30 days of
the INF treaty, the 56th Field Artillery Command counted and verified every
piece of Pershing equipment in accordance with the Memorandum of
Understanding portion of the INF Treaty.
During July 1988 the Command hosted its first Soviet Inspection Team visit.
The nine man Soviet team visited the Mutlangen Missile Storage Area located
in Schwaebisch Gmuend, Germany on July 5, 1988. The team verified the number
of treaty items. Other such inspections were conducted in Heilbronn and Neu
Ulm during the baseline inspection period of July and August 1988.
next major step towards INF compliance happened September 1988. On September
1. 1988, B Btry 4th N 9th FA moved its nine Pershing missiles from Camp
Redleg to a staging area for shipment back to the U.S. This was the first
movement day permitted by the INF treaty after the initial baseline
inspection period. The missiles departed Ramstein Air Base on September 12,
1988 en route to the U.S. The battery inactivated on September 30, 1988.
Btry 2nd N 9th FA in Schwaebisch Gmuend shipped their nine Pershing II
missiles in mid November back to the U.S. for destruction. Delta Btry. was
inactivated on December 30, 1988, in a ceremony at the Mutlangen Missile
Neu Ulm, A Btry 1st N9th FA sent their nine missiles in mid December to the
U.S. for destruction. Its inactivation ceremony took place at Wiley Barracks
on January 31, 1989.
Pershing task force systematically retrograded their remaining missiles.
Concurrently the entire command turned in all its vehicles, equipment and
reassigned soldiers. Each Pershing firing battalion transferred 212 treaty
limited items, 440 Pershing II peculiar line items, 15,251 common items of
equipment and 1,521 soldiers. Since April 1990, the Command has turned in
nearly 1,500 vehicles and 83,000 different lines of equipment worth more
than $985 million. Over 6,000 soldiers have been reassigned.
August 10, 1990 the 56th FA Cmd. conducted the inactivation ceremony of Task
Force 4 9. Lt. Col. Frank Varsolona surrender the battalion colors to Maj.
Gen. Roger K. Bean in a ceremony at Camp Redleg/Waldheide Missile Storage
Area. Similarly, Task Force 2 9, commanded by Lt. Col. Thomas Bowden
inactivated on February 7, 1991 at Mutlangen Missile Storage Area. The 56th
FA Cmd commanded by Maj. Gen. Roger K. Bean, Task Force 1 9, commanded by
Lt. Col. Stephen Seay, 2nd N 4th INF, commanded by Lt. Col. Clifton
Ripperger, 38th Sig. N, commanded by Lt. Col. John Finigan and 55th Spt N,
commanded by Lt. Col. Greg Virgil inactivated May 31, 1991. The colors for
all units will be returned to its regimental home station in Washington,
PERSHING II MISSILE
Pershing II is a ground mobile, surface to surface, nuclear system. It is a
solid propellant missile with ground support equipment mounted on wheeled
vehicles. The missile may be launched quickly and in an effective weapon
against a broad spectrum of targets.
average unit cost of a Pershing II missile is $3.8 million. This price
includes the hardware and its portion of support, which includes
engineering, production planning, quality control, etc. The overall Pershing
II program costs a total of $2.459 billion. This includes a $692.4 million
development cost. Training costs, soldiers' salaries, etc. are not included
in this overall cost.
Pershing II missile, with the normal configuration of first and second stage
propulsion sections and the reentry vehicle, weighs more than 16,000 pounds.
It is about 35 feet long and 40 inches in diameter. It has a range of 1,800
An inertial guidance system steers the missile and provides outstanding
accuracy obtained by Pershing II. During the terminal phase, a
radar/correlation guidance system takes over and guides the re entry vehicle
to its target with exceptional accuracy.
Pershing II missiles are shipped and stored in five major pieces. These
pieces include the first and second propulsion stages, the guidance section,
a warhead section, and a radar section. The missile is assembled on an
erector launcher by joining the five sections.
can be transported assembled on the erector launcher and be prepared to fire