Atomic Energy Commission [AEC] storage sites contained weapons in custody of AEC at both National Storage Site (NSS) and Operational Storage Site (OSS) locations. In order to carry out its primary Cold War mission to maintain the capability of launching a sustained attack in a nuclear environment, SAC needed a stockpile of protected special weapons, with storage and assembly sites. SAC had 20 such facilities internationally by the close of the 1950s.
The Armed Forces Special Weapons Project (AFSWP) oversaw these sites, commonly known as Q Areas, at their outset in 1946-1951. The civilian AFSWP, historically followed by the Defense Atomic Support Agency (DASA) and later the Defense Nuclear Agency (DNA), maintained the reigns for selected Air Force, Army, and Navy nuclear facilities during the first years of the Cold War, paralleling jurisdiction of the 1946 Atomic Energy Commission (AEC).
The assembly, test, and storage sites came to be known as Q Areas due to the AEC security clearance restrictions. The Q clearance mandated a full Federal Bureau of Investigation check for all personnel-AEC, AFSWP, or contractor-with access to restricted data or excluded areas. Q Areas were geographically dispersed, always associated with an abutting military reservation, and focused upon stockpiling atomic, then thermonuclear, bomb components. Stockpiled special weapons of the 1950s required the storage and testing of detonators (pits); the assembly and disassembly of training bombs for SAC (not live weapons); training alerts inclusive of convoying a training weapon to a SAC bomber on the flightline; laboratory capabilities; a command post; ready crew quarters; radioactive dump sites; and, ancillary units such as power and fire stations. Q Areas were guarded sites, distinct from their surroundings.
The Sandia Corporation of Albuquerque, New Mexico, completely controlled initial management of the Q Areas. Its predecessor, the Z Division of Sandia Laboratory-named for Jerrold R. Zacharias, a physicist who had been brought to the project from the Massachusetts Institute of Technology's Radiation Laboratory by J. Robert Oppenheimer in mid-1945-was organized as numbered groups, such as Z-7 (assembly) and Z-9 (stockpiling). The Z Division next became known as Sandia Base, assuming responsibility for the engineering details, production sites, and military-assisted assembly, testing, and maintenance of ready-state atomic weapons in 1947. Sandia evolved from work at Los Alamos during World War II into a separate installation, near Kirtland Air Force Base in Albuquerque.
Two types of Q Areas existed historically: operational storage sites and main stockpiles. Although both types were mirror images of one another in their infrastructural components, the operational storage sites were alert facilities assigned the task of achieving a maximum war effort in a few hours.
Stockpiling of the atomic bomb began slowly, with only 13 in the entire arsenal in 1947; 56 in 1948; 298 in mid-1950. The leap came during the Korean war, between 1950 and the close of 1952, when stockpiles reached a total of 832 bombs. In 1955, the United States sustained an inventory of 2,280 nuclear (atomic and thermonuclear) bombs. The first four sites were of the main stockpile type, and were built before 1950. All sites were alpha-coded, with a break in the alpha sequencing for overseas locations.
The nomenclature associated with these facilities is unclear, since some sources suggest that the three National Stockpile Sites where the nuclear weapons were stored were the AEC's Manzano Base at Kirtland Air Force Base, New Mexico (Site Able), Killeen Base (Site Baker) near Gray Air Force Base, and Clarksville Base at Fort Campbell, Kentucky (Site Charlie). Construction on the Manzano Mountain Site Able started in 1946, with the first operational facilities activated on 04 April 1950. Although activated in 1950, construction on the major facilities wasn't finished until 1951. On 22 February 1952, Site Able was renamed Manzano Base, and operated by the Air Force, while Site Baker was renamed Kileen Base and turned over to the US Army. Other sources suggest that there were eventually a total of six original National Stockpile Sites (NSS). Two additional main stockpile sites were in construction during the early 1950s, inclusive of Bossier Base, adjacent to Barksdale Air Force Base (Louisiana).
Sandia Base initiated construction of the Operational Storage Site (OSS), the physically smaller alert facilities of key strategic importance, in 1950. The first five of these installations were set up by Sandia immediately neighboring selected SAC bases. These Q Areas were:
Total US continental Q Area sites, inclusive of main stockpile installations and operational storage (alert) sites, was 13.
By August 1950 seven Operational Storage Sites were under contract on foreign soil. Of these, the key group clustered in French Morocco and Spain, with those in Morocco - at Nouasseur, Sidi Slimane, and Ben Guerir - in planning out of SAC headquarters at Offutt in January 1951 and under construction in May 1951. Master plans for Air Force installations of late 1957 indicate that additional Q Areas were located at Goose Bay Air Base in Canada; Anderson Air Force Base in Guam; and, Moron and Torrejon Air Bases in Spain.
In 1962 the Air Force achieved full control of the Q Areas neighboring its installations through SAC.
SAC's planned use of the atomic bomb, and later TN weapon, hinged on its bomber force and their access to the Q Areas. While the Cold War was gearing up during the 1948-1953 years, SAC had B-36s (as of late 1948) and B-47s (as of late 1951) in its inventory. The B-36 could carry the atomic bomb and the very large, first generation TN weapon; the B-47 could not. After the middle 1950s, large yield TN devices compatible with the B-47 were developed. Before 1954, SAC B-36s were required to fly to one of the main storage Q Areas from their home base to receive their bombs, then proceeding on either a hypothetical strike mission or deploying to a forward base-such as those in French Morocco-from which they were posed to launch a strike mission. This first method of coordinating the bombers with the bombs was cumbersome and slow, and meant that SAC could not penetrate the Soviet early warning radar net in a mass strike in under 36 hours. Not until 1954 did several bases with operational special weapons storage sites (alert Q Areas) began receiving atomic bombs. And not until 1956 were atomic bombs in place at all five of the alert Q Areas neighboring Ellsworth, Fairchild, Loring, Travis, and Westover Air Force Bases. It was no coincidence that these five bases also each had large percentages of the total B-36 SAC inventory.
Q Areas typically included about 40 to 50 buildings, inclusive of an igloo nuclear weapons storage area comprising a large percentage of the grouping and distinctly sited within the larger segregated environment. Circumscribed by high, chain-link fences topped with strands of barbed wire, as well as by patrol and maintenance roads, the compounds evolved in three stages. In the initial phase, Q Areas focused on a minimal administrative group of buildings at the main entrance gate, with an underground command post; a weapons spares area with emergency power plant and buried radioactive dump sites; a semihardened, multi-part assembly plant interconnected by an underground vestibule (two plants, I and II-also referenced as A and B-at storage sites augmented for the thermonuclear [TN] weapon); an isolated, detonators (also known as pits or initiators) storage building, the A structure; a checkout building for the stored bomb components, the C structure; and, the igloo storage area.
Sandia built alert crew quarters immediate to the assembly plant at the operational storage sites. During 1954-1957, Q Areas augmented their administrative components, focused on greater hardening of the command and control buildings, and the articulation of their multiple communications links; and adding a special weapons crew building, replacing the alert quarters at the assembly plant. Key additions were the nuclear booster storage buildings, the A-2s, substantially bermed or completely underground; and, the S structure, a separate "surveillance" building used to conduct another level of quality assurance activities for weapon disassembly and maintenance. In 1959-1960, Q Areas expanded their assembly plants to accommodate new nuclear weapons technologies, also adding laboratory facilities for heavy metals studies at some locations.
Key buildings within the Q Area were the A and A-2 structures; the C structure; the assembly plants I and II (A and B); the command and control building; and the S structure.
For the A-2 structure, the storage space for the capsules is entirely bermed or below ground, with a false single story aboveground (again, actually solid reinforced concrete) in the cases where berming was selected. The interior space is divided into four, single-entry rooms with a narrow bisecting corridor between pairs. Each room contained four, six-cubicle; and two, three-cubicle; structural steel Holt racks welded to special weapons storage standards. One A structure stored 120 detonators, 30 per room.
Both the A and bermed A-2 structures furthermore gave the appearance of office buildings, when viewed from any distance, through the addition of bands of paired false fenestration and a projecting entrance offset. The bermed A-2 structure was less convincing in this regard from a near perspective, due to the mounded earth and the resultant tunnel-like extension of the offset on one facade.
Of curious note, the Q Area A structure is closely related in its generic appearance to the building housing the first command headquarters for SAC at Offutt Air Force Base. That structure, designed in 1941 by architect Albert Kahn for the Martin Bomber Plant adjacent, contained Curtis LeMay's office from 1948 into 1957. When viewed from the side, the first SAC headquarters also offered a simple rectangular box shape, with banded fenestration and a corner entrance offset. LeMay's early headquarters was known as the A Building-a continuance from its designation during the Martin bomber days.
A single engineering firm, Black & Veatch of Kansas City, designed the primary structures of all Q Areas. The firm began its specialized work for the U.S. government with these facilities, dating to 1946, when the company "accomplished all the architect-engineer services in connection with original planning for Los Alamos." Partners Ernest Bateman Black and Nathan Thomas Veatch, Jr., had founded the firm in 1915, first undertaking city water, sewage disposal, and power systems across Kansas. During World War I, Black & Veatch was among the firms selected to provide the engineering design for U.S. military camps. Beginning in the late 1920s, the firm also involved itself in major highway projects in Jackson County. During that period, Thomas Veatch became close friends with then county judge Harry S. Truman. Black & Veatch maintained its connections to Truman while he served as Senator in Washington, D.C., and later during his Presidency. It was during the Truman term in office, 1948 to 1952, that the firm established itself as the leader in design of special weapons storage facilities -- both for SAC and ADC. Design Group 115, of Black & Veatch, handled the Q Areas project, with engineer Harry Callahan involved from the beginning. The firm's Design Group 470 initiated work at the Army Ordnance Plant, Burlington, Iowa, at this same time, to convert the facility to a nuclear components plant. Black & Veatch would go on to design missile checkout and assembly structures and heightened military security systems. Today, Black & Veatch continues as a leader in the design and engineering of advanced technology facilities; hardened structures; and security design. Their expertise extends to radioactive and electromagnetic environments, clean rooms, weapons research facilities, laboratories, nuclear-chemical waste treatment, blast resistant design, blast containment design, and storage magazines.
Once the Q Area program was approaching buildout, SAC sought approval for its specialized weapons storage as "standard." The upcoming shift marked the transition from engineering and construction, to full scale special weapons receipt and day-to-day operations at the storage sites. In late summer of 1954 Air Force headquarters prepared to submit a written plan of the comprehensive SAC special weapons storage facilities-siting and operations-to the Joint Chiefs of Staff, followed by Secretary of Defense and Presidential review. The Air Force then met with Black & Veatch in Kansas City in August. The next month, the Directorate of Construction within the office of the Assistant Chief of Staff, Installations, produced the formal schedule for a second-tier SAC program of special weapons storage design and construction, estimated dates of completion, and beneficial occupancy dates. In October formal guidance was ready for distribution to the appropriate SAC bases. During the remaining months of 1954, the Air Force held meetings with Black & Veatch, amended original guidance, and received Presidential approval.
In early 1955, the Armed Services and Appropriations Committees gave this SAC special weapons storage program the necessary clearances, with the Secretary of Defense, the Joint Chiefs of Staff, and the AFSWP staff produced and received memoranda discussing the "responsibilities for the provision of Zone of Interior atomic weapon storage facilities." The AFSWP had the role of approving "site and building plans for each location in the program." Agencies in charge were to approve SAC base locations as accepted for the special storage sites at four per month.
As of the close of 1956, 15 of the Q Areas were considered fully complete and approved, with the remaining five Q Areas anticipated to achieve the same status by June 1957.
(Originally posted: http://www.globalsecurity.org/wmd/facility/q_area-intro.htm )
The assembly, test, and storage sites came to be known as Q Areas due to the AEC security clearance restrictions. The Q clearance mandated a full Federal Bureau of Investigation check for all personnel-AEC, AFSWP, or contractor-with access to restricted data or excluded areas. Q Areas were geographically dispersed, always associated with an abutting military reservation, and focused upon stockpiling atomic, then thermonuclear, bomb components. Stockpiled special weapons of the 1950s required the storage and testing of detonators (pits); the assembly and disassembly of training bombs for SAC (not live weapons); training alerts inclusive of convoying a training weapon to a SAC bomber on the flightline; laboratory capabilities; a command post; ready crew quarters; radioactive dump sites; and, ancillary units such as power and fire stations. Q Areas were guarded sites, distinct from their surroundings.
The Sandia Corporation of Albuquerque, New Mexico, completely controlled initial management of the Q Areas. Its predecessor, the Z Division of Sandia Laboratory-named for Jerrold R. Zacharias, a physicist who had been brought to the project from the Massachusetts Institute of Technology's Radiation Laboratory by J. Robert Oppenheimer in mid-1945-was organized as numbered groups, such as Z-7 (assembly) and Z-9 (stockpiling). The Z Division next became known as Sandia Base, assuming responsibility for the engineering details, production sites, and military-assisted assembly, testing, and maintenance of ready-state atomic weapons in 1947. Sandia evolved from work at Los Alamos during World War II into a separate installation, near Kirtland Air Force Base in Albuquerque.
Two types of Q Areas existed historically: operational storage sites and main stockpiles. Although both types were mirror images of one another in their infrastructural components, the operational storage sites were alert facilities assigned the task of achieving a maximum war effort in a few hours.
Stockpiling of the atomic bomb began slowly, with only 13 in the entire arsenal in 1947; 56 in 1948; 298 in mid-1950. The leap came during the Korean war, between 1950 and the close of 1952, when stockpiles reached a total of 832 bombs. In 1955, the United States sustained an inventory of 2,280 nuclear (atomic and thermonuclear) bombs. The first four sites were of the main stockpile type, and were built before 1950. All sites were alpha-coded, with a break in the alpha sequencing for overseas locations.
- Site A - Manzano Base adjacent to Kirtland Air Force Base and Sandia Base
- Site B - Clarksville Base, adjacent to Campbell Air Force Base and Fort Campbell (Tennessee and Kentucky)
- Site C - Medina Base, adjacent to Kelly and Lackland Air Force Bases (Texas)
- Site D - Killeen Base, adjacent to Gray Air Force Base and Fort Hood (Texas)
The nomenclature associated with these facilities is unclear, since some sources suggest that the three National Stockpile Sites where the nuclear weapons were stored were the AEC's Manzano Base at Kirtland Air Force Base, New Mexico (Site Able), Killeen Base (Site Baker) near Gray Air Force Base, and Clarksville Base at Fort Campbell, Kentucky (Site Charlie). Construction on the Manzano Mountain Site Able started in 1946, with the first operational facilities activated on 04 April 1950. Although activated in 1950, construction on the major facilities wasn't finished until 1951. On 22 February 1952, Site Able was renamed Manzano Base, and operated by the Air Force, while Site Baker was renamed Kileen Base and turned over to the US Army. Other sources suggest that there were eventually a total of six original National Stockpile Sites (NSS). Two additional main stockpile sites were in construction during the early 1950s, inclusive of Bossier Base, adjacent to Barksdale Air Force Base (Louisiana).
Sandia Base initiated construction of the Operational Storage Site (OSS), the physically smaller alert facilities of key strategic importance, in 1950. The first five of these installations were set up by Sandia immediately neighboring selected SAC bases. These Q Areas were:
- Site E - Caribou Air Force Station (AFS) at Loring Air Force Base (Maine)
- Site F - Rushmore Air Force Station at Ellsworth Air Force Base (South Dakota)
- Site G - Deep Creek Air Force Station at Fairchild Air Force Base (Washington)
- Site H - Fairfield Air Force Station at Travis Air Force Base (California)
- Site I - Stonybrook Air Force Station at Westover Air Force Base (Massachusetts)
Total US continental Q Area sites, inclusive of main stockpile installations and operational storage (alert) sites, was 13.
By August 1950 seven Operational Storage Sites were under contract on foreign soil. Of these, the key group clustered in French Morocco and Spain, with those in Morocco - at Nouasseur, Sidi Slimane, and Ben Guerir - in planning out of SAC headquarters at Offutt in January 1951 and under construction in May 1951. Master plans for Air Force installations of late 1957 indicate that additional Q Areas were located at Goose Bay Air Base in Canada; Anderson Air Force Base in Guam; and, Moron and Torrejon Air Bases in Spain.
In 1962 the Air Force achieved full control of the Q Areas neighboring its installations through SAC.
SAC's planned use of the atomic bomb, and later TN weapon, hinged on its bomber force and their access to the Q Areas. While the Cold War was gearing up during the 1948-1953 years, SAC had B-36s (as of late 1948) and B-47s (as of late 1951) in its inventory. The B-36 could carry the atomic bomb and the very large, first generation TN weapon; the B-47 could not. After the middle 1950s, large yield TN devices compatible with the B-47 were developed. Before 1954, SAC B-36s were required to fly to one of the main storage Q Areas from their home base to receive their bombs, then proceeding on either a hypothetical strike mission or deploying to a forward base-such as those in French Morocco-from which they were posed to launch a strike mission. This first method of coordinating the bombers with the bombs was cumbersome and slow, and meant that SAC could not penetrate the Soviet early warning radar net in a mass strike in under 36 hours. Not until 1954 did several bases with operational special weapons storage sites (alert Q Areas) began receiving atomic bombs. And not until 1956 were atomic bombs in place at all five of the alert Q Areas neighboring Ellsworth, Fairchild, Loring, Travis, and Westover Air Force Bases. It was no coincidence that these five bases also each had large percentages of the total B-36 SAC inventory.
Q Areas typically included about 40 to 50 buildings, inclusive of an igloo nuclear weapons storage area comprising a large percentage of the grouping and distinctly sited within the larger segregated environment. Circumscribed by high, chain-link fences topped with strands of barbed wire, as well as by patrol and maintenance roads, the compounds evolved in three stages. In the initial phase, Q Areas focused on a minimal administrative group of buildings at the main entrance gate, with an underground command post; a weapons spares area with emergency power plant and buried radioactive dump sites; a semihardened, multi-part assembly plant interconnected by an underground vestibule (two plants, I and II-also referenced as A and B-at storage sites augmented for the thermonuclear [TN] weapon); an isolated, detonators (also known as pits or initiators) storage building, the A structure; a checkout building for the stored bomb components, the C structure; and, the igloo storage area.
Sandia built alert crew quarters immediate to the assembly plant at the operational storage sites. During 1954-1957, Q Areas augmented their administrative components, focused on greater hardening of the command and control buildings, and the articulation of their multiple communications links; and adding a special weapons crew building, replacing the alert quarters at the assembly plant. Key additions were the nuclear booster storage buildings, the A-2s, substantially bermed or completely underground; and, the S structure, a separate "surveillance" building used to conduct another level of quality assurance activities for weapon disassembly and maintenance. In 1959-1960, Q Areas expanded their assembly plants to accommodate new nuclear weapons technologies, also adding laboratory facilities for heavy metals studies at some locations.
Key buildings within the Q Area were the A and A-2 structures; the C structure; the assembly plants I and II (A and B); the command and control building; and the S structure.
A Structures
The A and A-2 structures both stored nuclear weapons components, also known as "bird cages." The A structure housed atomic bomb detonator pits, while the A-2 structure housed booster capsules for the thermonuclear, or hydrogen, bomb. The A-2 structure did not become part of the Q Area until the shift toward the TN bomb in 1954. Generally, both structures are referenced as "A" structures. The roles of the A and A-2 structures were parallel. Both were considered hardened structures, with that of the A-2 additionally shielded by bermed earth or built completely below ground. Identical in design, the A and A-2 structures were built of reinforced concrete, with 10-foot thick walls. For the windowless, aboveground A structure, measuring 41.5 feet by 53 feet (21.5 feet by 33 feet, interior, of nine-foot height), a second story actually provided more protection through its 17 feet of solid reinforced concrete.For the A-2 structure, the storage space for the capsules is entirely bermed or below ground, with a false single story aboveground (again, actually solid reinforced concrete) in the cases where berming was selected. The interior space is divided into four, single-entry rooms with a narrow bisecting corridor between pairs. Each room contained four, six-cubicle; and two, three-cubicle; structural steel Holt racks welded to special weapons storage standards. One A structure stored 120 detonators, 30 per room.
Both the A and bermed A-2 structures furthermore gave the appearance of office buildings, when viewed from any distance, through the addition of bands of paired false fenestration and a projecting entrance offset. The bermed A-2 structure was less convincing in this regard from a near perspective, due to the mounded earth and the resultant tunnel-like extension of the offset on one facade.
Of curious note, the Q Area A structure is closely related in its generic appearance to the building housing the first command headquarters for SAC at Offutt Air Force Base. That structure, designed in 1941 by architect Albert Kahn for the Martin Bomber Plant adjacent, contained Curtis LeMay's office from 1948 into 1957. When viewed from the side, the first SAC headquarters also offered a simple rectangular box shape, with banded fenestration and a corner entrance offset. LeMay's early headquarters was known as the A Building-a continuance from its designation during the Martin bomber days.
C Structure
Q Area personnel used the architecturally undistinguished C structure to maintain the pits and capsules stored in the A and A-2 structures. The early atomic bomb required polonium/beryllium detonator pits (or initiators) to generate the neutrons of the explosive sequence. Polonium-210 has a half-life of about 138 days, a fact that mandated the replacement of the pits periodically. In order to access the pits, personnel opened threaded couplings machined from fissile uranium-a process that produced radioactive waste items buried within the Q Area. With the phasing out of the atomic bomb, and the phasing in of the TN weapon, a sealed neutron initiator replaced the polonium/beryllium pit. These second generation capsules, brought into the inventory as of late 1954, still required periodic disassembly to verify the integrity of the fissile materials. As of 1962, capsules were completely phased out and AEC maintenance activities with nuclear materials ceased in the C structure.Plants I and II (A and B)
Plant I (A) served as a maintenance and assembly building for the non-nuclear components of the atomic bomb. Plant II (B) had the same function for the first generation TN weapon of 1955-1957, and was built at selected Q Areas after 1954 (Plates 98-99). The plants were always multi-unit reinforced concrete facilities, earthen embanked, and tunnel interconnected. Concrete arch construction varied in thickness from two feet at the base to 12 inches through the spring, with a crown of 1.5 feet thickness. Plant I was a six-bay structure; Plant II a two-bay structure. Activities in the plants consisted of weapons sub-assemblies during maintenance; inspection and testing of non-nuclear mechanical and electrical systems; and maintenance of TN booster cylinders. For the latter activity in Plant II, a special room vented tritium gas through a vacuum intake device through the top of the building.Command and Control Building
Q Areas added a command and control building in about 1955-1956, coincident with augmentation for the special weapons facilities generally, and with the addition of TN bomb capacity at some locations. The building featured a below ground command post with heightened communications in place, with a single aboveground story. Bands of windows accented the upper story on all of its facades, while the flat roof cantilevered out from the structure.S Structure
The S structure was a large additional maintenance building constructed after 1954 to augment quality control by separating routine maintenance and assembly functions performed in Plants I and II from other distinct quality assurance activities. Also known as a surveillance structure, the S structure contained electrical and mechanical bays, a calibration room, and a photographic laboratory. Sandia staffed the Quality Assurance and Inspection Agency responsible for work in the S structure.A single engineering firm, Black & Veatch of Kansas City, designed the primary structures of all Q Areas. The firm began its specialized work for the U.S. government with these facilities, dating to 1946, when the company "accomplished all the architect-engineer services in connection with original planning for Los Alamos." Partners Ernest Bateman Black and Nathan Thomas Veatch, Jr., had founded the firm in 1915, first undertaking city water, sewage disposal, and power systems across Kansas. During World War I, Black & Veatch was among the firms selected to provide the engineering design for U.S. military camps. Beginning in the late 1920s, the firm also involved itself in major highway projects in Jackson County. During that period, Thomas Veatch became close friends with then county judge Harry S. Truman. Black & Veatch maintained its connections to Truman while he served as Senator in Washington, D.C., and later during his Presidency. It was during the Truman term in office, 1948 to 1952, that the firm established itself as the leader in design of special weapons storage facilities -- both for SAC and ADC. Design Group 115, of Black & Veatch, handled the Q Areas project, with engineer Harry Callahan involved from the beginning. The firm's Design Group 470 initiated work at the Army Ordnance Plant, Burlington, Iowa, at this same time, to convert the facility to a nuclear components plant. Black & Veatch would go on to design missile checkout and assembly structures and heightened military security systems. Today, Black & Veatch continues as a leader in the design and engineering of advanced technology facilities; hardened structures; and security design. Their expertise extends to radioactive and electromagnetic environments, clean rooms, weapons research facilities, laboratories, nuclear-chemical waste treatment, blast resistant design, blast containment design, and storage magazines.
Once the Q Area program was approaching buildout, SAC sought approval for its specialized weapons storage as "standard." The upcoming shift marked the transition from engineering and construction, to full scale special weapons receipt and day-to-day operations at the storage sites. In late summer of 1954 Air Force headquarters prepared to submit a written plan of the comprehensive SAC special weapons storage facilities-siting and operations-to the Joint Chiefs of Staff, followed by Secretary of Defense and Presidential review. The Air Force then met with Black & Veatch in Kansas City in August. The next month, the Directorate of Construction within the office of the Assistant Chief of Staff, Installations, produced the formal schedule for a second-tier SAC program of special weapons storage design and construction, estimated dates of completion, and beneficial occupancy dates. In October formal guidance was ready for distribution to the appropriate SAC bases. During the remaining months of 1954, the Air Force held meetings with Black & Veatch, amended original guidance, and received Presidential approval.
In early 1955, the Armed Services and Appropriations Committees gave this SAC special weapons storage program the necessary clearances, with the Secretary of Defense, the Joint Chiefs of Staff, and the AFSWP staff produced and received memoranda discussing the "responsibilities for the provision of Zone of Interior atomic weapon storage facilities." The AFSWP had the role of approving "site and building plans for each location in the program." Agencies in charge were to approve SAC base locations as accepted for the special storage sites at four per month.
As of the close of 1956, 15 of the Q Areas were considered fully complete and approved, with the remaining five Q Areas anticipated to achieve the same status by June 1957.
(Originally posted: http://www.globalsecurity.org/wmd/facility/q_area-intro.htm )
