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Buckley Air Force Base Heritage

460th Space Wing Chronology
May 19, 1943 460th Bombardment Group (Heavy) established
July 1, 1943 460th Bombardment Group (Heavy) activated
July 1, 1943 Assigned to Alamogordo Army Airfield, New Mexico
August 31, 1943 Assigned to Kearns Army Airfield, Utah
October 29, 1943 Assigned to Chatham Army Airfield, Georgia
January 4, 1944 Assigned to Camp Patrick Henry, Virginia
February 11, 1944 - June 1945 Assigned to Spinazzola, Italy
July 26, 1944 Awarded the Distinguished Unit Citation, WWII-Austria
June 15, 1945 Assigned to Waller Field, Trinidad to assist with the movement of troops from Europe to the United States
June 30, 1945 - September 1945 Assigned to Paramirim Field, Brazil to assist with the movement of troops from Europe to the United States
September 26, 1945 460th Bombardment Group (Heavy) inactivated
February 2, 1966 460th Tactical Reconnaissance Wing established and activated for Vietnam War
February 18, 1966 - August 1971 Assigned to Tan Son Nhut, South Vietnam
August 31, 1971 The 460 TRW inactivates.
September 19, 460th Tactical Reconnaissance Group (TRG) is activated and assigned to Taegu AB, Republic of Korea.
October 1, 1990 460th Tactical Reconnaissance Group inactivated
October 1, 2001 - The 460th Air Base Wing (ABW) is activated to assume installation host and base support responsibilities for Buckley AFB.  The satellite missile-warning mission remains under the authority of the 21st Space Wing at Peterson AFB, Colorado.
August 19, 2004 The 460 ABW is redesignated as the 460th Space Wing.  This consolidates the missile-warning and base support missions under one organization at Buckley AFB. November 2006 HEO-1 payload on-orbit and operational
November 11, 2007 DSP-23 launches as the final satellite to serve the DSP constellation.                                                   7 November 2008 The SBIRS first Highly Elliptical Orbit payload, HEO-1, achieves operational status.
23 July 2009 The HEO-2 payload achieves operational status.                                                                                          May 2011 The SBIRS first Geosynchronous Earth Orbit satellite, GEO-1, is launched.
19 March 2013 GEO-2 is launched.
17 May 2013 GEO-1 achieves operational acceptance.
25 November 2013 GEO-2 achieves operational acceptance.
11 May 2015 The HEO-3 payload successfully completes its on-orbit checkout.
13 Dec 2016 The SBIRS Block 10 phase of Increment Two consolidation at Buckley AFB achieves operational acceptance.
22 Jan 2017 GEO-4, Flight 3 is launched                                                                                                                         4 May 2017 The first space operator Mission Qualification Training class graduates.                                                              19 January 2018 GEO-3, Flight 4 is launched.       

Buckley Air Force Base Chronology
 January 1938 The City of Denver purchases the first land parcel for a planned 64,000-acre auxiliary bombing range and ammunition depot for Lowry Army Air Field, Colorado. 

14 June 1941 The War Department officially designates Lowry’s auxiliary range as Buckley Field in honor of Longmont veteran 1Lt. John Harold Buckley.

April 1942 The Army Air Corps sets aside 5,740 acres of the Buckley Field complex to serve as a technical school for fighter armament training.  

1 July 1942 Buckley Field’s training school officially activates.

7 September 1946  Buckley Field inactivates, but the base remains operational as a training site for Colorado Air National Guard (COANG)

November 1946 The US Navy announces that it will assume authority as the installation host of Buckley in 1947 as a Reserve station.  They begin establishing operations there in December.

28 September 1947 Site formally transferred to the Department of the Navy, renamed Naval Air Station-Denver (NAS-D).

July 1953 COANG units assigned to NAS-D are the first to acquire jet aircraft.

November 1953 “Minute Men” from NAS-D are the first Air National Guard precision flying team.

October 1956 National Guard Bureau designated “Minute Men” the official Air National Guard demonstration team.

30 June 1959 “Minute Men” disbanded

18 April 1960 The Air Force officially designates the base as Buckley Air National Guard Base (ANGB), the first stand-alone guard base in the nation

1 July 1966 Flying operations at Lowry AFB end and all transient aircraft become the responsibility of Buckley ANGB.

30 April 1968 Units from Buckley ANGB become the first Guard units sent to a combat zone since WWII.

Spring 1969 Construction begins on the Aerospace Data Facility-Colorado, then known as the CONUS Ground Station.

6 November 1970 The first DSP missile-warning satellite is launched.

1 July 1971 The 2d Communications Squadron is activated to operate the DSP satellite constellation from Buckley ANGB.

September 1981 The 140th Tactical Fighter Wing wins the air-to-ground attack “Gunsmoke” contest at Nellis AFB, Nevada.

December 1985 Buckley ANGB hosts the nuclear, biological, and chemical center operations course, the first time the course is held outside of Europe

15 May 1992 The 2d Space Communications Squadron activates and assumes the mission of the 2 CS, which is reassigned to the 2d Bomb Wing.  It’s redesignated the 2d Space Warning Squadron a year later. 

31 May 1996 The 821st Space Group activates as a tenant unit at Buckley ANGB to oversee the space-based missile warning mission, as well a support, operations, and security functions.

1 October 2000 The Air Force assumes responsibility for Buckley ANGB and activates Buckley Air Force Base, with the 821st Space Group serving as the installation host. Buckley AFB is the first newly designated Air Force base since 1988, when Falcon Air Force Station (now Schriever AFB) was renamed Falcon AFB.

29 May 2001 The 821 SG transfers operational and strategic communication mission authority to the 21st Operations Group at Peterson AFB, Colorado, and later inactivates on 1 October 2001.  These functions are retained at Buckley AFB and placed under the 460 SW in August 2004.

18 December 2001 The Mission Control Station is declared operational by Air Force Space Command.

30 Jan 2017 The Buckley dental clinic opens, the first active dental facility on base since World War II.

1 May 2018 All Buckley AFB medical offices are consolidated on base for the first time since 1946.


Headquartered at Buckley Air Force Base (AFB), Colorado, the 460th Space Wing (SW) serves as the critical link in the United States’ network of space-based missile warning and infrared detection satellite operations.  The Wing provides combatant commanders with worldwide missile warning and global situational awareness, supports air expeditionary and war fighter needs for the US Air Force and cross-service organizations assigned to Buckley AFB, and provides mission support to over 80 partner units both on and off base.

The 460 SW currently employs approximately 1,250 active duty and civilian personnel, and operates three different space-based satellite constellations—the Defense Support Program (DSP), which dates back to the 1970s, and the Space-Based Infrared Systems (SBIRS), which consists of geosynchronous satellites and highly elliptical satellite payloads.  SBIRS has been in development since the mid-2000s and began its first operational activity in 2013.  The Wing also provides personnel in support of worldwide contingency operations.

The 460 SW enjoys a prestigious lineage that includes service in both World War II and the Vietnam conflict, beginning life as the 460th Bombardment Group (BG) (Heavy) in 1943.  Second Air Force established the Group on 19 May 1943 and officially activated it on 1 July 1943 at Alamogordo Army Air Field, New Mexico (now Holloman Air Force Base).  Their first listed commander was Colonel Robert T. Crowder, who assumed command on 12 August 1943.  In the fall of 1943, Colonel Crowder opened a contest to submit the group’s patch logo; the design of a stalking black panther by Victor Newburg, Jr., was the winner out of only two entries.  The group completed its training in the final week of December 1943, following stints at Alamogordo, Chatham Army Airfield in Georgia, and Camp Patrick Henry in Virginia.

Following training, the 460 BG received 62 “fly-away” B-24H models, equipped with 10 .50-caliber machine guns and capable of carrying up to 8,000 pounds of bombs.  Skeleton crews flew the planes to Oudna I airfield near Tunis until the remaining 460th members could be transported to Italy by ship.  The first members arrived at port in Taranto on 8 February 1944, and by 18 February most of the ground crews arrived in Spinnazola.  The Group was first assigned to the 49th Bombardment Wing (BW) but because the latter’s headquarters in Torreto was not complete when the 460 BG arrived, the Group was reassigned to the 55 BW.

During ferry operations from Oudna, the 460th saw its first casualties when bad weather forced the crew under Norman Corey into the side of a hill near Acerenza, Italy.  The aircraft crashed directly into another hill 250 yards ahead, killing most of the crew members and passengers.  Homer Koch was posthumously awarded the Soldier’s Medal for pulling crew chief Wesley Kuoska to safety from the burning wreckage, before succumbing to his own wounds at a hospital in Bari.  Another plane under the command of Lloyd Hansen crashed near Potenza, killing all aboard, and was not found until the springtime.

Life at Spinnazola was initially quite Spartan.  The troops lived in tents with no means to heat them, slept on damp ground, and didn’t even possess an indoor mess hall or kitchen.  To add insult to injury, Mt. Vesuvius experienced a small eruption on 23 March, mixing ash and snow into the food.  Group commanders set up headquarters in a two story villa south of the 6000-foot runway, and construction on base facilities quickly began.  Existing buildings in the area were converted for military use, including the renovation of a barn into a movie theater that contributed greatly to unit morale. 

The 460 BG underwent their first combat mission on 19 March 1944 against the marshalling yards and docks at Metkovic, Yugoslavia.  Through the first weeks, Colonel Crowder insisted on flying every mission in order to learn through experience what the mission commanders could expect to encounter.  This proved deadly on 15 April when his plane was shot down by a German Me-109 during an attack on the marshaling yards in Bucharest, Romania.  Colonel Bertram C. Harrison, the deputy commander since 27 September 1943, immediately assumed command of the 460 BG.

During its time in Italy, the 460 BG conducted attacks against targets in a variety of locations including Germany, Austria, Greece, Italy, Romania, Czechoslovakia, and Yugoslavia.

Prior to his death, Colonel Crowder insisted on maintaining extremely tight flying formations in order to provide the maximum amount of covering fire from the guns of the B-24s.  This directive became noteworthy during an attack on the Zwolfaxing Airdrome in Austria on 25 July 1944, led by Colonel Harrison.  As the formation approached the bomb run, it came under fire from approximately 30 Me-109 fighters and two FW-190s.  The curtain of counterfire from the bombers forced the Germans to break off their attack 600 yards from the target.  On 8 November, the 460 BG was presented with a Distinguished Unit Citation for its actions during this attack, and Colonel Harrison received the Silver Star. 

By V-E Day on 8 May 1945, the 460 BG’s mission load decreased considerably as the German war machine ground to a halt.  Prior to the Group’s final departure from Spinnazola on 6 June, most of the ground contingent debarked at Naples to travel to Waller Field, Trinidad; the rest of the Group joined them by 15 June.  The 460 BG then redeployed from Waller Field to Natal, Brazil on 30 June.  Air Transport Command, which gained control of the organization after its arrival in Trinidad, inactivated the 460 BG on 26 September 1945. 

Two memorial plaques to the 460 BG exist at the Air Force Museum at Wright-Patterson AFB, Ohio and the US Air Force Academy, Colorado Springs, Colorado.  The Group had 253 B-24s assigned to it in total during its time in Italy, of which 130 were lost for various reasons, ranging from combat losses to mechanical failures to crash landings.  305 men were killed in action, and another 13 died in accidents or from unknown causes.

460th Tactical Reconnaissance Wing

On 18 February 1966 the 460th Bombardment Group reactivated as the 460th Tactical Reconnaissance Wing (TRW) and entered the Vietnam Conflict. Its headquarters shared Tan Son Nhut Air Base, just north of Saigon, South Vietnam, with 7th Air Force Headquarters and the Military Assistance Command Vietnam (MACV). 

Emblem of the 460th Tactical Reconnaissance Wing.

At the time of its activation, the 460 TRW became responsible for the entire reconnaissance mission, both visual and electronic, throughout the Southeast Asia (SEA) area of  responsibility.  When the 460 TRW stood up, it gained several flying units—the 16th Tactical Reconnaissance Squadron (TRS), 20 TRS, 41 TRS, and Detachment 1 of the 460 TRW. Both the 20 TRS and 41 TRS operated from bases in Thailand—Udorn Air Base and Takhli Royal Thai AFB, respectively.  Collectively, the Wing possessed over 200 aircraft of varying types by the end of June. 

The 20th Tactical Reconnaissance Squadron (TRS) flew the RF-101 Voodoo for the 460 TRW.  RF-101s provided visual and photographic information on disposition, movement, and activity of both friendly and hostile forces.  On 8 July 1966, Detachment 1 of the 45th Tactical Reconnaissance Squadron arrived at Tan Son Nhut Air Base and increased the 460 TRWs contingent of RF-101s.  Unusually, the squadron’s assets operated in SEA while it maintained an team of one officer and one enlisted airman at the squadron’s home station of Misawa AB, Japan. 

The 16th Tactical Reconnaissance Squadron operated the RF-4C Phantom II. These aircraft reinforced the RF-101 Voodoos then in service, and featured a lengthened nose section to accommodate its cameras, mapping radar, and infrared imaging equipment.   On 9 September 1966 the Wing received additional Phantom II squadrons: the 6461st Tactical Reconnaissance Squadron based in Thailand, and 12th Tactical Reconnaissance Squadron, at Tan Son Nhut Air Base.

The 460 TRW’s overall mission encompassed visual reconnaissance and electronic warfare. The 41 TRS flew the RB-66C Destroyer to handle the latter.   On 8 June 1966, the 460 TRW gained another RB-66 squadron, the 6460 TRS.  Their primary role was to identify enemy radar sites in North Vietnam that controlled anti-aircraft missile and gun sites so other aircraft could avoid those areas.  

Detachment 1 of the 460 TRW activated at the same time as the Wing.  For a short time it served a multifunctional role and flew a variety of aircraft that included RB-57 Canberras, T-39A Sabreliners, the VC-123B White Whale, and Cessna U-3B courier missions. The White Whale served as the VIP transport for General William Westmoreland, commander of US forces in South Vietnam.  It also participated in several distinct missions: “Patricia Lynn,” “Hawkeye,” “Phyllis Ann,” and “Drillpress.”

460 TRW Det used the RB-57s for the “Patricia Lynn” missions.  This aircraft had a lengthened nose to accommodate a 36-inch forward oblique camera, a panoramic camera that could be loaded with infrared film for night missions, and infrared sensing equipment.  On a typical “Patricia Lynn” mission the RB-57s accompanied strike aircraft to a target and completed post-attack damage assessments of the target area.  

Project “Hawkeye” came about as a safer way to conduct radio direction finding (RDF), which targeted Viet Cong radio transmitters. Before this program, RDF teams conducted ground-tracking of these signals, which exposed them to ambushes.  In response, the USAF modified several World War II-era C-47 Skytrains to accomplish airborne RDF.   Project

“Phyllis Ann” also used modified C-47s for much the same purpose, although those aircraft contained more advanced navigational and reconnaissance equipment.  Due to security concerns, “Phyllis Ann” underwent several name changes before ending under the monikor “Commando Forge.”  Project “Drillpress” employed modified C-47s to collect intelligence from North Vietnamese broadcasts. This data provided intelligence on plans and strategy of the Viet Cong North Vietnamese military. About 95 percent of the B-52 strikes conducted in Vietnam were based, at least partially, on data from “Hawkeye,” “Phyllis Ann,” and “Drillpress” missions. 

The 360th Reconnaissance Squadron (RS) at Tan Son Nhut Air Base, and the 361st Reconnaissance Squadron Nha Trang Air Base, South Vietnam handled the “Hawkeye,” “Phyllis Ann,” and “Drillpress” missions beginning on 8 April 1966. A third squadron, the 362d Reconnaissance Squadron, activated at Pleiku Air Base, South Vietnam on 1 February 1967. These squadrons eventually redesignated to become Tactical Electronic Warfare Squadrons

(TEWS). In April 1969 the 460 TRW stood up an additional detachment to fly EC-47s. This started out as 460 TRW Det 2, but on 1 June 1969 the unit transferred to become 360 TEWS Det 1. Because these squadrons all flew the modified C-47s, and many of the assigned Airmen had experience as WWII veterans, they affably dubbed their units as “Antique Airlines.” Detachments of these squadrons operated from several locations, including bases in Thailand. Each of the main squadrons and their detachments moved at least once due to operational and/or security reasons.  Personnel from the 6994th Security Squadron operated the RDF and signal intelligence equipment in the back of the modified EC-47s.

In the autumn of 1966, the 460 TRW and its responsibilities changed.  On 18 September, the 432d Tactical Reconnaissance Wing activated at Takhli Royal Thai AFB and assumed control of the reconnaissance squadrons in Thailand, decreasing the 460 TRW’s responsibility for all air reconnaissance missions throughout Southeast Asia.  The 460 TRW provided the 432 TRW with continued support in recovering RF-101 and RF-4C aircraft returning from high priority, high interest target missions, and later assumed host wing responsibilities for Tan Son Nhut Air Base on 15 October. 

While active in South Vietnam, in addition to its primary mission, the 460 TRW took part in several operations in both a direct and support capacity. During their time in SEA both the 12 TRS and 16 TRS supported Operation “Arc Lite” by flying bomb damage assessment missions. “Arc Lite” missions, at first, involved saturation bombing from B -52 Stratofortresses over Viet Cong base areas.  Later the B-52s provided direct tactical bombing support of friendly forces. Additionally, these two squadrons flew Operation “Search” missions that located targets for “Arc Lite.”

To help military leaders at all levels better understand the topography of sections of the DMZ and Laos, on 20 October 1967, the RF-101s of 45 TRS Det 1 began flying aerial mapping missions as part of Project “Muscle Shoals.” This program incorporated into Project “Igloo White” in June 1968, which also included ground sensors and electronic warfare aircraft as well as the RF-101s.  “Igloo White” missions began during the Battle of Khe Sanh in January 1968 and continued until the end of American military involvement in the conflict.  Also during Khe Sanh, the 460 TRW became part of Operation “Niagara,” locating enemy troops and equipment surrounding the area in preparation for tactical bombing strikes.

Because of the concern about anti-aircraft proliferation sites around target areas in North Vietnam, US military and civilian leadership decided to add them to the “Rolling Thunder” bombing operation that began on 2 March 1965. Eventually, attacking these sites became a stand-alone operation called “Ironhand.” Initially, attack aircraft used intelligence photos to designate targets. This proved only partially successful because anti-aircraft crews could relocate the sites within a few hours. On 20 June 1969, RF-101s from the 45 TRS Det 1 began flying missions with F-4E Phantom IIs or F-105 Thunderchiefs to provide on-site visual intelligence for immediate strikes, which provided a great morale boost for Det 1’s pilots.  Det 1 inactivated on 16 November 1970 and its aircraft transferred to the Mississippi Air National Guard. This left the 460 TRW’s EC-47s, RF-4Cs, and RB-57s as the only reconnaissance aircraft operating from bases in Vietnam.

Being one of two reconnaissance wings supporting SEA there were few military operations that did not involve the 460 TRW, and the preceding narrative describes just a handful of the more notable ones.  Towards the end of its time as an active unit, in May 1971 Vietnamese crews began flying with EC-47 crews from the 360 TEWS and 6994 SS to get training on operating the aircraft and its systems.  The 460 TRW finally inactivated on 31 August 1971.  During its time as an active organization, the Wing earned four Presidential Unit Citations and two outstanding unit awards.

460th Tactical Reconnaissance Group

On 19 September 1989, the Air Force redesignated the 460 TRW as the 460th Tactical Reconnaissance Group (TRG) and reactivated it on 1 October 1989 at Taegu Air Base, South Korea under 7th Air Force. Behind this activation was Pacific Air Force Command’s (PACAF) portion of Phase II of an Air Staff programming plan called “Commando Flash.”  The 460 TRG trained RF-4C crews for reconnaissance missions in the event of an invasion by North Korea.   After a year the 460 TRG inactivated on 1 October 1990, although two of the Group’s subordinate units briefly remained active until 15 October 1990 and 1 July 1991, respectively. 

460th Space Wing

On 31 May 1996, the 821st Space Group (SG), assigned to the 21 SW at Peterson AFB, activated as a tenant unit at Buckley Air National Guard Base (ANGB).  The Group assumed the responsibility to operate the Defense Support Program (DSP) constellation, manage a portion of the AFSPC space communications data processing and relay mission, serve as a nucleus for the Space-Based Infrared System (SBIRS) then in development, and to administer the area support mission.  The Group acquired new logistics, support, medical, operations, and security police squadrons, as well as the 3rd Space Communications Squadron, 5th Space Warning Squadron (SWS), and 11 SWS.  On 29 May 2000, in preparation for the transition of Buckley ANGB to Buckley AFB, the 821 SG transferred operational and strategic communications missions to the 21st Operations Group (OG) at Peterson AFB, consolidating all the squadrons running them became geographically separated units under the 21 OG.  The 821 SG inactivated and the 460th Air Base Wing (ABW) activated on 1 October 2000, the same day as the redesignation of Buckley to an Air Force Base.  The 460 ABW assumed installation host responsibilities to provide mission support for the base’s tenant units, personnel family members, and the local retirement community.

In September 2002, the 460th Support Group was redesignated the 460th Mission Support Group, and both the 460th Logistics Readiness Squadron and the 460th Contracting Squadron were activated.  The mission continued to grow and evolve, and the Wing activated the 460th Comptroller Squadron in July 2004 to directly support Buckley AFB’s finance needs.  Buckley’s medical needs were initially met the by the 460th Medical Squadron, but the base’s growth quickly outstripped the squadron’s support capabilities and it was replaced by the 460th Medical Group on 21 September 2005, followed by the Medical Operations and Support Squadrons in October 2007.

On 19 August 2004, as part of Air Force Space Command's (AFSPC) efforts to meet base realignment and consolidation mandates and focus on emerging systems and new technologies, it redesignated the 460 ABW as the 460th Space Wing (SW).  The 460 SW retained the base support mission at Buckley AFB; incorporated the 2nd Space Warning Squadron and its Air Force Reserve counterpart, the 8 SWS; added the 460th Operations Group and the 460th Operations Support Squadron; and redesignated the 460th Communications Squadron as the 460th Space Communications Squadron.  This reorganization enabled them to assume the 21 SW's missile warning satellite operations mission and take responsibility for the Mission Control Station (MCS) on base, the DSP satellite constellation, and the SBIRS program.

Buckley Air Force Base has a rich and storied history to match that of its host wing.  Established just prior to the entry of the United States into World War II, the base has served the needs of all branches of the U.S. Armed Forces for 75 years.   

In 1938, the City of Denver donated over 65,000 acres of land southeast of the city to the War Department for use as a bombing range, auxiliary landing field and ammunition depot for the newly-activated Lowry Field.  The area was briefly called the Demolition Bombing Range—Lowry Auxiliary Field.  Denver acquired this land through a series of purchases for the specific purpose of providing Lowry with a bombing range close to the base, as the Army Air Corps required training sites to implement the doctrine of strategic bombing that it had adopted.   On 14 June 1941 the site was named Buckley Field in honor of 1Lt John Harold “Buck” Buckley, a World War I pilot from Longmont, Colorado.  Born 8 July 1895 and the grandson of one of Longmont’s founders, Lt Buckley was assigned to the 28th Aero Squadron in France.  He perished on 27 September 1918 during the third day of the Meuse-Argonne Offensive, when he collided with another aircraft on takeoff.

Due to US support of the Allies in World War II, the government expected that actual involvement in the conflict would soon take place and initiated a military buildup across the country, including the expansion of training sites.  The War Department determined that the auxiliary field could be put to better use as an Army Air Corps Technical School to facilitate the training of an additional 55,000 troops a year.   Construction contracts were awarded for the site in April 1942 and construction began the following month.  

When Buckley Field opened as a training base, it featured 700 buildings and structures, 10 water wells, a water distribution system, sewage collection and treatment system, a coal-fired steam heating plant, electrical plant, and a communications system; as well as streets, two runways, and 16,000 feet of railroad track.  The school opened on 1 July 1942, and operated as a technical training school for aircraft fighter armorers, while Lowry operated the bomber armament school.  The following year, Buckley quickly grew to include basic training for enlistees and aviation cadets, chemical warfare, and arctic survival skills, with associated training sites at the bombing range as well as Echo Lake, located 15 miles from the summit of Mount Evans.  For such a relatively small installation, the base was extraordinarily busy—during one six-month period in 1943, Buckley’s programs saw the graduation of 27,000 armorers and 9,500 basic trainees.  Over 52,000 armament graduates, 37,800 basic trainees, and 4,500 arctic survival students completed training at Buckley.  Following the end of the war in August 1945, Buckley’s future fell into limbo, and in June 1946, Army Air Force Technical Training Command announced the base’s transition to inactive status.  Concurrent with this, the newly formed Colorado Air National Guard (COANG) began migrating from the Denver Municipal Airport to Buckley to set up operations, and acquired a right-of-entry permit in December 1946.

Naval Air Station-Denver

In mid-1946, the Department of the Navy decided to acquire a site for an inland Naval Air Reserve Station, to serve as a mid-country refueling stop for its aircraft, and provide training for Naval Reserve sailors in New Mexico, Colorado, Wyoming, Utah, and parts of the Dakotas and Nebraska.  The Navy investigated airfields in Utah, Colorado, and Wyoming, and Buckley Field’s centralized location quickly placed it at the top of the list.  Its appeal increased thanks to over 800 ex-Navy personnel in the Denver area who expressed an interest in joining the Naval Air Reserve.  While the COANG remained on site, the Department of the Navy assigned its first personnel to Buckley in December 1946.  It formally assumed control of Buckley Field in September 1947 and renamed it Naval Air Station-Denver (NAS-D).  

NAS-D quickly became known throughout the Navy as the “world's highest NAS” and the “NAS farthest from a body of water.”  In addition, five Veteran's Villages existed from 1947-53 to help ease the post-war housing shortage caused by wartime construction restrictions. Construction crews remodeled excess WWII-era buildings into temporary housing for veterans and their families, named Buchtel Village, Pioneer Village, North Denver Village, Fort Logan Village, and Buckley Field Village.  Each village had its own governing body, mayor, and even their own newspaper.

The COANG’s 86th Fighter Wing (FW) remained at NAS-D following the transfer of authority to the Navy, first flying P-51 Mustangs and transitioning to the F-80 Shooting Star in 1953, all operated by the 120th Fighter Squadron. The 86 FW was inactivated on 31 October 1950 and the responsibility for COANG personnel at NAS-D transferred to the 140th Fighter Wing.  The 140 FW underwent several redesignations during the 1950s due to changing mission responsibilities and active-duty service in the Korean War.  In November 1953, the wing activated an aerial demonstration team known as the Minute Men, which first existed as a three-man P-51 team from 1947-50.  The re-activated four-man team flew at many air shows and other local events prior to their official designation as the ANG’s aerial demonstration team from October 1956 to June 1959.  Flying first the F-80 and then the F-86E Sabre, the Minute Men were known for their distinctive red-and-silver paint scheme.

NAS-D remained active until June 1959 when the Department of the Navy, seeking to trim its post-war budget, elected to close thirty Air Reserve stations, including NAS-D.  Units assigned to the station either disbanded or transferred elsewhere.  Likewise, NAS-D personnel either opted for an early discharge or affiliated with other units.  On 18 April 1960, after twelve years of ownership, the Navy transferred NAS-D to the Department of the Air Force.  The Air Force in turn licensed the land to the State of Colorado for use as an Air National Guard training site.  The site was renamed Buckley Air National Guard Base (ANGB) and became the first stand-alone guard base in the Air Force.  Despite the changes, a Navy presence remained at Buckley, first as a Naval Air Reserve Center and currently as Navy Operational Support Center-Denver and Naval Information Operations Command-Colorado.

Buckley Air National Guard Base

Following the activation of Buckley as an Air National Guard base, the 140th Air Defense Wing assumed the responsibilities of installation host.  The wing’s F-86s were traded out for F-100 Super Sabres, the first supersonic fighter jet, beginning in 1961.  Buckley’s flight line took on even greater importance when civilian developmental encroachment compelled the Air Force to shut down all flying operations at Lowry AFB in July 1966, making Buckley ANGB the lone stop for all transient military aircraft in the Denver metropolitan area.  Interestingly, the runway at Buckley was—and remains—the only military runway equipped with a forward arresting system and the only airfield licensed to operate tactical aircraft loaded with munitions within a 410-mile radius of Denver.

During the early 1960s, the base provided site support of four Titan I intercontinental ballistic missile silos located on the former Lowry bombing range.  Construction of these 30-60 acre sites took place from 1958-61, and the Air Force activated the 451st Strategic Missile Wing at Lowry AFB in July 1961 to run them.  Two other sites were located near the cities of Deer Trail and Elizabeth.  The replacement of the Titan I with Titan II and Minuteman missiles led to the deactivation and closure of the silo complexes by the end of 1965.

The COANG spent the next 40 years serving as a judicious and at times extremely busy installation host for Buckley.  The 140th Air Defense Wing transitioned to a fully-fledged fighter operation, first as the 140th Tactical Fighter Wing (TFW) in 1961, then the 140th Fighter Wing (FW) in 1992, and finally the 140th Wing (WG) in 1995.  In addition to countless temporary training assignments, in April 1968 the 140 TFW became the first Air National Guard unit to be sent to a combat zone since World War II when it activated for a deployment to Phan Rang Air Base in Vietnam through April 1969.  Over the decades, the wing also transitioned from F-100s to the A-7 Corsair II in 1973, and then to the F-16 Fighting Falcon in 1992.  One of its most notable achievements took place in 1981 when the Wing took top honors at the “Gunsmoke” air-to-ground gunnery competition between active-duty, ANG, and Air Reserve units.

In the spring of 1969, the Air Force began construction of a highly classified facility for the purpose of hosting the ground station for a new space-based missile warning system known as the Defense Support Program (DSP).  Buckley had been an important link in the nation’s early warning network beginning in 1957 with the establishment of a radar detection site administered by the 138th Air Control and Warning Squadron.  The new complex, which became known publically as the Aerospace Data Facility (ADF) and under DSP as the Continental United States (CONUS) Ground Station, in 1971 became the US-based operational nerve center for a new system of missile warning satellites that first launched in November 1970.  A total of 23 satellites for the constellation launched through November 2007, providing space operators with 24-hour data on ballistic missile launches and atmospheric explosions.  

The construction of the ADF and DSP operations center brought one of Aurora’s most visible landmarks—the white geodesic radomes that house the communications relay dishes which send and receive data to the satellite constellations.   These distinct buildings came to be called “the giant golf balls” by Denver-area residents.  For over 25 years, operations in this facility remained classified to such a degree that operators often wouldn’t even admit that the radomes existed.  Finally, in November 1996 Buckley officials opened the radomes to the press for a public relations tour.  This became the first step in opening up the base’s missile-warning mission to the public.  In December 2001, 30 years after the DSP ground station sent out its first official message, a new Mission Control Station activated at Buckley for the purpose of consolidating ground operations for DSP and the new Space-Based Infrared System (SBIRS), a constellation of geosynchronous satellites and elliptical orbit sensors.

By 1988, Buckley ANGB included three separate land holdings totaling 3,250 acres and an airfield with two 150-foot wide runways that were 8,000 and 11,000 feet long respectively. After Congressional Base Realignment and Closure (BRAC) Committees directed closure of Lowry AFB in 1991 and Fitzsimons Army Medical Center in 1995, military organizations and retirees remained in the area with virtually no support.  As several missions formerly supported by Lowry AFB remained in the area, the Air Force directed Air Force Space Command (AFSPC) to act as the support agent for all active military members remaining in the Denver area.  

AFSPC tasked the 2d Space Warning Squadron (SWS), then assigned to the 21st Space Wing (SW) and stationed at Buckley ANGB, with this responsibility until a permanent solution could be found.  AFSPC, the 21 SW, and Air Staff worked through the summer and fall of 1995 to develop possible solutions and ultimately agreed to combine two plans into Programming Plan 95-15.  This document called for the activation of a new group at Buckley ANGB to manage the support needs of the area and consolidate the space warning mission of the 21 SW.  The 821st Space Group activated on 31 May 1996 for this purpose.

Buckley Air Force Base

Over the next four years the space mission, and with it, the active duty population of Buckley ANGB, grew considerably.  While the 140 WG, as host of the base, supported the 821 SG's mission expansion, this growth made it increasingly difficult for them to provide operating support for Buckley’s expanding list of tenants and mission partners.  By 2000, reductions in manpower and budgets made this support virtually impossible, prompting the Governor of Colorado, Bill Owens, to ask the Secretary of the Air Force for assistance.  As relocating the space and support missions under the 821 SG to Peterson AFB proved impractical, the Secretary of the Air Force F. Whitten Peters converted Buckley ANGB to Buckley Air Force Base on 1 October 2000, thereby activating the first new Air Force base in 19 years.  Secretary Peters directed AFSPC to assume control of the new base with the 821 SG serving as host.  

The 21 SW became responsible to support an additional twenty tenant units and over 88,000 personnel, a task that quickly proved inadequate for the wing’s own resources. To balance the mission workload and provide adequate support to the Denver area, AFSPC inactivated the 821 SG and activated the 460th Air Base Wing (ABW) on 1 October 2001 to serve as the installation host and provide base support functions, while all space operation responsibilities remained under the 21 SW.  

Up through the mid-1990s, save for the classified ADF and DSP facilities, nearly all the functions at Buckley took place inside buildings that dated to World War II and the 1950s.  These became increasingly decrepit and incapable of properly supporting the growing base population. A newly designated Air Force base meant a need for up-to-date facilities to support the evolving missile warning mission, and increased host and tenant support requirements. The first decade of Buckley’s life as an Air Force Base saw the initiation of numerous construction projects.  These included a new headquarters building, Fitness Center, Commissary and Base Exchange, enlisted service member dormitories, privatized base housing, base chapel, and Child Development Centers, all of which increased the quality of life for Team Buckley members.

The consolidation of all DSP operations into the Mission Control Station and the activation of the facility in December 2001 was known as SBIRS Increment One.  This was the critical first step in incorporating the remaining active DSP satellites with SBIRS Highly Elliptical Orbit (HEO) payloads and SBIRS Geosynchronous Orbit (GEO) satellites into a comprehensive system that allowed space operators to deliver global infrared surveillance, tracking, and missile warning for theater and homeland defense.  Following assumption of these responsibilities in 2004, the 460 SW continued to evolve this mission at Buckley AFB as it assumed control of the final DSP satellites in orbit and the first of the SBIRS constellation.  DSP Flight 23, the last of the DSP satellites, launched in November 2007.

To operate the new HEO mission, the wing activated Detachment 1 of the 2 SWS on 1 January 2006. This detachment controlled HEO operations from the Mission Control Station-Backup at Schriever AFB, Colorado, beginning on 2 October 2007. Shortly after this, on 3 December 2007, 2 SWS Det 1 inactivated and the 11 SWS activated at Schriever to assume HEO operations.  The HEO-1 payload reached operational status in November 2006, followed by HEO-2 in June 2008 and HEO-3 in May 2015.  Starting on 28 January 2009, Det 1 of the 460th Operations Group in conjunction with the SBIRS Combined Task Force in Boulder, Colorado, conducted SBIRS GEO operations.  The first GEO satellite launched in May 2011, followed by the second in March 2013, and these satellites achieved operational status in May and November 2013, respectively.   Flights Three and Four for the GEO program launched on 22 January 2017 and 19 January 2018, respectively.

460th Space Wing and Buckley Air Force Base Today

  As the 21st Century advances, the 460th Space Wing also continues to increase the capabilities of its space-based operations and installation support.  Through 2014 and 2015, the 460 SW began implementation of Increment Two of the SBIRS program.  The first step, known as Block 10, achieved operational acceptance in December 2016 and consolidated all DSP, GEO, and HEO operations at the MCS while retaining backup capabilities at Schriever AFB.  Block 20 will bring the SBIRS program into final compliance with the directives established by the 1996 SBIRS Operational Requirements Document for full GEO sensor capability.  In support of the Increment Two consolidation, 11 SWS migrated to Buckley AFB and 460 OG, Det 1 inactivated. 2017 saw the implementation of the Space Mission Force, a new operational construct that paired 2 SWS and 11 SWS as “sister squadrons” to conduct space operations, while the 460 OG supported a battlespace awareness center.  These functions allowed the 460 SW to engage directly with combatant commanders and synchronize operations with active theater forces.

The 460 SW also continues to develop and advocate for critical base infrastructure and support needs.  In 2011, the 460th Security Forces Squadron received a new military working dog facility and relocated to a brand-new headquarters in 2013.  Other needs such as a new base chapel, leadership development center, and lodging have been constructed in recent years.  The 460 SW demonstrated a commitment to renewable energy with the installation of a 5000-panel solar array in 2011, which provides up to 5 percent of the power used at Buckley AFB.  More recently, from 2017-2018 the 460 SW enhanced the quality of medical care and service availability by relocating all medical offices onto Buckley AFB, and activated the first full-service dental clinic on base since 1946.  In order to move the wing’s space operations into the future, it plans to provide its space operators with a new support facility to replace the original buildings constructed for DSP nearly 50 years ago, and a brand-new firing range for small weapons qualification and combat arms training.  The 460 SW, its Airmen, and its mission partners remain poised to meet the challenges of national defense in the 21st Century.

Space System Fact Sheets


Service Streamers: -World War II American Theater Global War on Terrorism

World War II Campaign Streamers:



Southern France

 Northern France

North Apennines


Po Valley

Central Europe

Air Offensive, Europe

Air Combat, EAME Theater


Vietnam Campaign Streamers:

Vietnam Air

Vietnam Summer/Fall, 1969

Vietnam Air Offensive

Vietnam Winter/Spring 1970

Vietnam Air Offensive, Phase II

Sanctuary Counteroffensive

Vietnam Air Offensive, Phase III

Southwest Monsoon

Vietnam Air Offensive, Phase IV

Commando Hunt V

Vietnam Air/Ground

Commando Hunt VII

TET 69/Counteroffensive


Distinguished Unit Citation:

Austria, 26 Jul 1944

Presidential Unit Citations:

Southeast Asia: 18 Feb 1966-30 Jun 1967

  1 Sep 1967-10 Jul 1968   11 Jul 1968-31 Aug 1969   1 Feb-31 Mar 1971

Air Force Outstanding Unit Award:

1 Jul 1969-30 Jun 1970 (with Combat “V”) 1 Jul 1970-30 Jun 1971 (with Combat “V”)

1 Oct 1989-1 Oct 1990 1 Oct 2001-1 Oct 2002 2 Oct 2002-2 Oct 2003

Other Awards:

Republic of Vietnam Gallantry Cross with Palm: 1 Apr 1966-31 Aug 1971


Assigned Aircraft and Space Systems

460th Bombardment Group (Heavy):

B-24  1943-45

460th Tactical Reconnaissance Wing:













460th Tactical Reconnaissance Group:

RF-4  1989-90

460th Space Wing:

Satellites 2004-Present



460th Bombardment Group (Heavy):

Alamogordo Army Air Field, New Mexico Kearns Army Air Base, Utah  Jul 1943

Chatham Army Air Field, Georgia 31 Aug 1943


Camp Patrick Henry, Virginia   29 Oct 1943


(ground echelon) 4-13 Jan 1944


Spinazzolla, Italy 11 Feb 1944


Waller Field, Trinidad  15 Jun 1945


Paramirim Field, Natal, Brazil 30 Jun-26 Sep 1945

460th Tactical Reconnaissance Wing: Tan Son Nhut Air Base, South Vietnam

18 Feb 1966-31 Aug 1971


460th Tactical Reconnaissance Group: Taegu Air Base, South Korea

1 Oct 1989-1 Oct 1990




460th Air Base Wing: Buckley Air Force Base, Colorado

1 Oct 2001-19 Aug 2004



460th Space Wing: Buckley Air Force Base, Colorado

19 Aug 2004-Present




460th Bombardment Group (Heavy): 

Unknown  1 Jul-11 Aug 1943

Col Robert T. Crowder 12 Aug 1943


 Col Bertram C. Harrison  16 Apr 1944


Lt Col Harold T. Babb 20 Sep 1944 


Col John M. Price 18 Oct 1944-unknown (at least through Apr 15)




460th Tactical Reconnaissance Wing:

Unknown 18 Feb 1966


Col Edward H. Taylor     14 Mar 1966


Col Robert G. Williams      21 Dec 1967


Brig Gen Robert J. Holbury      8 Jul 1968


Col Leslie J. Westbert         28 May 1969


Col Hal L. Fitzpatrick      21 Jun 1969


Col Harry M. Chapman     1 May 1970


Col James E. Tilton  1 May 1970


Col Dale L. Flowers  15 Apr 1971


Col Jerome F. O’Malley 1-31 Aug 1971


460th Tactical Reconnaissance Group:

Col Gene N. Patton -1 Oct 1989


Lt Col Robert S. Hillmer 13 Aug-1 Oct 1990



460th Space Wing:


Col James A. Sands 1 Oct 2001


 Col Allen Kirkman, Jr. 30 Jun 2003


 Col David W. Zeigler  20 Jun 2005


Col Donald W. McGee  12 Jun 2007


Col Clinton E. Crosier  19 Jun 2009


Col Daniel A. Dant   4 Jul 2011


Col Daniel D. Wright III 28 Jun 2013


 Col John W. Wagner  12 Jun 2014


Col David N. Miller, Jr. 12 Aug 2016


 Col Troy L. Endicott 12 Jan 2018- Present


Mission: The Defense Support Program (DSP) satellites provide early warning for Intercontinental Ballistic Missile (ICBM) and tactical launches. This once classified satellite, now known as DSP, was first launched in 1970 and became the first of many to be launched over the next 37 years. DSP satellites use infrared sensors to detect heat from missile and booster plumes against the Earth's background in support of the missile early warning and missile defense mission areas.

Description: The legacy DSP constellation is operated from the Space Based Infrared System (SBIRS) Mission Control Station (MCS) at Buckley Air Force Base, CO. DSP is managed by the Remote Sensing Systems Directorate (RS) at the US Air Force Space and Missile Systems Center.  Contractors for the DSP satellite were TRW (now Northrop Grumman Aerospace Systems) for the spacecraft and Aerojet (now Northrop Grumman Electronic Systems) for the infrared sensor. 

DSP grew out of the successful 1960s space-based infrared Missile Defense Alarm System known as MIDAS. The first successful launch of MIDAS was 24 May 1960. Between 1960 and 1966, 12 MIDAS launches deployed four different types of increasingly sophisticated sensors, leading the way to the development, launch, and use of DSP.

On 6 November 1970, the U.S. Air Force launched the first DSP satellite on a Titan IIIC rocket from Launch Complex 40 at Cape Canaveral Air Force Station, Fla.  DSP had a history of launching atop Titan III and IV family of launch vehicles (to include the Titan addition of the Solid Rocket Motor Upgrade) with two exceptions. DSP-16 was launched aboard NASA's Space Shuttle Atlantis in November 1991.  The most recent launch, DSP-23, was carried into geosynchronous orbit by United Launch Alliance's Delta IV Heavy launch vehicle in November 2007, the first operational launch for that launch vehicle.

Since the early 1970s, DSP has been the backbone of the ballistic missile early warning system of the United States.  The primary mission was to provide early warning to command authorities of intercontinental ballistic missile (ICBM) launches from anywhere in the world that could impact North America.  As the program evolved, the mission was expanded to also provide early warning for shorter-range theater ballistic missile launches to support theater commanders in relevant areas around the world.  Initially, DSP ground stations were distributed all over the globe, with each station receiving data from the satellites in their field of view.  The SBIRS MCS achieved Initial Operational Capability (IOC) in December 2001, which consolidated ground operations of all DSP satellites in a single location.  Since the 2001 IOC, an evolution of the MCS is ongoing to seamlessly add SBIRS space elements after they launch.  The DSP mission also includes providing detection of nuclear detonations high above the earth via a secondary sensor.  DSP data is transmitted to the MCS where the data is processed and messages are released in near real-time onto appropriate communication networks for each of these missions.  In addition, data processing has also been developed and implemented at the MCS ground site to extract special events, which are also sent out as messages to commanders. 

In recent years, scientists have developed methods to use DSP's infrared sensor as part of an early warning system for natural disasters like volcanic eruptions and forest fires. In addition, researchers at The Aerospace Corporation have used DSP data to develop portions of a hazard support system that will aid public safety in the future.

System Features:  In response to the evolving threats, DSP has undergone five major upgrades that allowed it to provide more accurate and reliable data to the warfighter. For example, the addition of a medium wavelength infrared capability has provided enhanced missile warning mission utility. This upgrade marked the first space sensor application of mercury cadmium telluride infrared sensors, the material of choice for today's infrared sensors. All of the DSP satellites were spinning satellites with the infrared sensor at the front end of the spacecraft.  The DSP satellites orbit the earth approximately 22,000 miles over the equator. The current DSP spacecraft is more survivable than its predecessors, accommodates 6,000 detectors, uses approximately 1,275 watts of power, with an on-orbit weight of approximately 5,200 pounds at the beginning of life, including fuel.  

-               Block 1: Phase I, 1970-1973, 4 satellites

-               Block 2: Phase II, 1975-1977, 3 satellites

-               Block 3: Multi-Orbit Satellite Performance Improvement Modification (MOS/PIM), 1979-1984, 4 satellites

-               Block 4: Phase II Upgrade, 1984-1987, 2 satellites

-               Block 5: DSP-1, 1989 - 2007, 10 satellites launched

-               First launch on 6 November 1970

-               Final launch on 10 November 2007

(Copied from the US Air Force Fact Sheet, dated April 2015)


Space System Fact Sheets


Mission: The SBIRS program is the follow-on capability to the highly successful Defense Support Program (DSP).  The SBIRS program was designed to provide a seamless operational transition from DSP to the Nation's next-generation Overhead Persistent Infrared sensors to meet jointly defined requirements of the defense and intelligence communities in support of the missile early warning, missile defense, battlespace awareness, and technical intelligence mission areas.

Description: The SBIRS architecture includes a resilient mix of satellites in geosynchronous earth orbit (GEO), payloads in highly elliptical orbit (HEO), as well as ground-based hardware and software.  The integrated system supports multiple missions simultaneously, while providing robust performance with global, persistent coverage.  Air Force Space Command's 460th Operations Group is responsible for conducting HEO, GEO, and DSP operations at all fixed ground sites while the Air National Guard Unit, 233d Space Group, operates the Mobile Ground System (MGS) to provide survivable and endurable mission support for the DSP constellation.  The SBIRS program is managed by the Remote Sensing Systems Directorate (RS) at the US Air Force Space and Missile Systems Center.  Lockheed Martin (LM) Space Systems Company is the prime contractor responsible for program management, systems engineering, and spacecraft development, while LM Information Systems and Global Solutions is the ground systems developer.  Northrop Grumman Electronic Systems is the payload subcontractor for the infrared sensors.

Two HEO sensors and two GEO satellites are certified for mission operations.  The first and second GEO satellites were launched on United Launch Alliance's (ULA) Atlas V rocket from Space Launch Complex (SLC) 41 at Cape Canaveral Air Force Station.  With  updates to the Increment 1 ground system (declared operational with the DSP satellite system in December 2001), the SBIRS Mission Control Station (MCS) is United States Strategic Command's focal point for Overhead Persistent Infrared (OPIR) operations, consisting of the constellation of GEO satellites, HEO sensors, and the legacy DSP satellites.   Increment 2, the next major SBIRS ground update, was divided into two software releases; Block 10.3 and Block 20.  Block 10.3 is on track for transitioning to operations in mid-2016, replacing all the Increment 1 software and improving infrared event detection.  The SBIRS Survivable/Endurable Evolution (S2E2) program will replace the aging MGS, initially designed for support of DSP operations in the 1960s.

System Features:  The SBIRS sensors are designed to provide greater flexibility and sensitivity than the DSP infrared sensor and detect short-wave and mid-wave infrared signals, allowing SBIRS to perform a broader set of missions.  These enhanced capabilities result in improved prediction accuracy for global strategic and tactical warfighters.  The on-going evolution of the ground system has also resulted in improved mission processing software, resulting in increased event message accuracy, and reduced manpower for support and operations of the DSP and SBIRS portfolio.

The GEO spacecraft bus consists of a militarized, radiation-hardened version of the Lockheed Martin A2100 spacecraft, providing power, attitude control, command and control, and a communications subsystem with five separate mission data downlinks to meet mission requirements, including system survivability and endurability requirements.  The GEO infrared payload consists of two sensors; a scanner and a step-starer.  The scanning sensor continuously scans the earth to provide 24/7 global strategic missile warning capability.  Data from the scanner also contributes to theater and intelligence missions.  The step-staring sensor, with its highly-agile and highly-accurate pointing and control system, provides coverage for theater missions and intelligence areas of interest with its fast revisit rates and high sensitivity.  The HEO sensor is a scanning sensor, with sensor pointing performed by slewing the full telescope on a gimbal.  Both the GEO and HEO infrared sensors gather raw, unprocessed data that are down-linked to the ground for mission processing.  The GEO sensors perform on-board signal processing and transmit detected events to the ground, in addition to the unprocessed raw data.

The first and second HEO payloads were announced on-orbit (with mission performance surpassing specifications) by the Air Force in November 2006 and June 2008, respectively. The first and second GEO satellites were launched on 7 May 2011 and 19 March 2013 respectively.


--HEO sensor:  approximately 7 ft x 4 ft x 3 ft

     --GEO satellite:  approximately  49 ft x 22 ft x 20 ft with all appendages deployed on-orbit

Weight (all weights approximate)

HEO sensor:  536 lbs

    --GEO satellite:  on-orbit, 5603 lbs, including a 1,100 lbs two-sensor payload and 430 lbs of fuel

- GEO power source:  2 deployable, sun-tracking solar arrays

(Copied from the US Air Force Fact Sheet, dated August 2015)


Army Air Forces Technical Training Command.  Buckley Field, Denver, Colorado, 1943.

Bohnstedt, Duane L. and Betty J.  460th Bomb Group History, 1996.

Colorado Air National Guard.  Colorado Pride: A Commemorative History of the Colorado Air National Guard, 1923-1988, 1989.

Mehls, Stephen F., Carol J. Drake and James E. Fell, Jr.  Aurora: Gateway to the Rockies, 1985.

Michel, Thomas John.  Buckley Air Force Base: Boom Base in Boom Town Aurora, 2006.

Richelson, Jeffrey T.  America’s Space Sentinels: The History of the DSP and SBIRS Satellite Systems, 2012.

Periodic Histories of Buckley Field, 1942-1946; Naval Air Station-Denver, 1947-1952; 460th Tactical Reconnaissance Wing, 1966-71; 460th Air Base Wing, 2001-2003; and 460th Space Wing, 2004-2016