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Cape Canaveral Launch Complex 36

(Redirected fromCape Canaveral Air Force Station Space Launch Complex 36)

Launch Complex 36 (LC-36) is alaunch complex located at theCape Canaveral Space Force Station inFlorida.[1][2] Located south of theMissile Row launch range, the complex originally consisted of two pads—designatedLC-36A andLC-36B—to support the flights ofAtlas launch vehicles equipped with aCentaur upper stage. From the 1960s to the 1980s, LC-36 was used byNASA and theUnited States Air Force to launch many payloads from theAtlas-Centaur and its derivatives, including thePioneer,Surveyor, andMariner probes.[3] During the late 1980s, LC-36B was also used to launch theAtlas G, andGeneral Dynamics (and laterLockheed Martin) modified the two pads to support the largerAtlas I,Atlas II, andAtlas III throughout the 1990s and early 2000s.[4]

Launch Complex 36
LC-36 in January 2025, launching the maiden flight ofNew Glenn
Map
Launch siteCape Canaveral Space Force Station
Coordinates28°28′14″N80°32′24″W / 28.47056°N 80.54000°W /28.47056; -80.54000
Time zoneUTC−05:00 (EST)
• Summer (DST)
UTC−04:00 (EDT)
Short nameLC-36
OperatorUnited States Space Force (owner)
Space Florida (tenant)
Blue Origin (subtenant)
Total launches146
Orbital inclination
range
28° - 57°
LC-36 launch history
StatusActive
Launches1
First launch16 January 2025
New Glenn (Blue Ring)
Associated
rockets
Current:New Glenn
Future:New Armstrong
Plans cancelled:Athena III
LC-36A launch history
StatusDemolished
Launches69
First launchMay 18, 1962
Atlas-Centaur (AC-1)
Last launchAugust 31, 2004
Atlas II (NROL-1)
Associated
rockets
Retired:Atlas-Centaur,Atlas II
LC-36B launch history
StatusDemolished
Launches76
First launchAugust 11, 1965
Atlas-Centaur (Surveyor SD-2)
Last launchFebruary 3, 2005
Atlas III (NROL-23)
Associated
rockets
Retired:Atlas-Centaur,Atlas G,Atlas I,Atlas II,Atlas III

Following the Atlas program's relocation toSpace Launch Complex 41 (SLC-41) in 2005, LC-36 stood vacant untilBlue Origin acquired the lease in 2015 for use by their heavy-liftNew Glenn rocket.[5] The company made extensive modifications to the complex during this time, including demolishing 36A and 36B to build one large pad in place, as well as integrating the neighboringLaunch Complex 11 (LC-11) into the facility. Following this large-scale renovation, the new era of LC-36 commenced with the maiden flight of New Glenn in January 2025.

History

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LC-36 was originally constructed by theUS government in the early 1960s in order to launch theAtlas-Centaur rocket, with first launch in May 1962.[5]

LC-36A was the scene of the biggest on-pad explosion in Cape history when Atlas-Centaur AC-5 fell back onto the pad on March 2, 1965. The accident spurred NASA to complete work on LC-36B which had been abandoned when it was 90% finished.[6]

LC-36B was built near LC-36A "due to the Atlas-Centaur’s increasing flight rate – and low reliability early on."[5]

The pad was modified by the operator of Atlas during the late 1980s to be able to launch theAtlas I, with first launch occurring in July 1990, and was subsequently modified two additional times during the 1990s to launch theAtlas II andAtlas III launch vehicles.[5] Atlas III made its sixth and final launch from LC-36 in 2005.

There was a total of 68 and 77 launches from pads 36A and 36B, respectively, while the US government operated the launch complex in the first five decades of spaceflight.[4]

Interregnum

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The pad was unused from mid-2005 through 2015.

The legacy Atlas-Centaur umbilical towers of both pads were demolished in 2006.[7] The mobile service towers were both demolished in controlled explosions on June 16, 2007. Tower B was demolished at 13:59GMT (09:59EDT) and tower A followed twelve minutes later at 14:11 (10:11 EDT).[8]

In 2008,Aviation Week magazine reported that theU.S. Air Force committed to lease Launch Complex 36 toSpace Florida for future use by theAthena III launch system,[9] but that program never moved forward.[10]

In March 2010, the USAF45th Space Wing issuedreal property licenses to Space Florida for Space Launch Complexes 36 and 46 at Cape Canaveral Space Force Station.[11][12]

Moon Express leased the pad in February 2015 from Space Florida as a development and test site for its commercial lunar operations and itslunar landerflight test vehicles.[13]

In 2015,Blue Origin signed a long-term lease of launch site fromSpace Florida for launching Blue's orbital rockets, after Space Florida had previously leased the facility from the USAF in 2010 in order to facilitatecommercial use of the land and facilities since the Air Force no longer required use of the launch complex. Moon Express and Blue Origin shared LC-36, delineated into LC-36A and LC-36B respectively, until Moon Express announced its relocation to Launch Complexes 17 and 18 in 2016, allowing Blue Origin full use of the LC-36 facility. In early 2016, Blue intended to begin orbital launches by 2020,[14] as of 2019 they are expected to begin from LC-36 no earlier than 2024,[5] although the launch finally occurred on 16 January 2025.

Blue Origin

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This section needs to beupdated. The reason given is: there has been a lot of development in preparation for New Glenn's inaugural flight. Please help update this article to reflect recent events or newly available information.(June 2023)

On September 15, 2015,Blue Origin announced it would use Launch Complex 36 for launches of itsorbital launch vehicle later in the decade.[15][16][17] Blue had the lease in place for Launch Complex 36 by late 2015[14] from theFloridastate space agency,Space Florida, and will manufacture their newBE-4-powered orbital launch vehicle at the nearbyExploration Park, also a part of the Space Florida land complex.[5]

 
Blue Origin site plan overlaid on aerial photograph, 2019.

By October 2015, the pad design and configuration was not yet publicly known.[4] Bluebroke ground for the facility to initiate construction activity on the site in June 2016.[18]

By March 2016, the first launch of the Blue orbital launch vehicleNew Glenn was estimated to be no earlier than 2020[14] and that target date had not changed by the time high-level specifications for the new launcher were unveiled in September 2016,[19] nor by the time construction of the launch site was well underway in September 2018.[20] New Glenn will be a very large 7.0-meter (23 ft)-diameter vehicle. The first stage will be powered by sevenBE-4methane/oxygen engines producing 17.1 meganewtons (3,850,000 lbf) totalthrust at launch. The first stage will bereusable and is designed to landvertically.[19]

Blue has also leased the adjacent land—formerly known asLC-11—to use as aground-based rocket engine test facility. Construction of the new launch complex and engine test facility was still underway in September 2018.[20] In addition to LC-11, Blue also leasedLC-12 to the north, which has been in use as a storage site for various hardware surrounding New Glenn.[21]

Although Blue has been publicly quiet about the status of the launch complex construction, high-resolution aerial photography released afterHurricane Dorian in September 2019 showed that facility foundation work is in place—including for the horizontal integration facility, the launch service structure, lightning tower, and water tower—and above-ground steel construction has commenced. In September 2019, thepropellant tank farm was in the process of being installed.[5]

Launch statistics

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LC-36A and LC-36

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1
2
3
4
5
6
'62
1965
1970
1975
1980
1985
1990
1995
2000
2005
2020
2025

Atlas-Centaur

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All flights operated byNASA.

No. (36)No. (36A)DateTime (UTC)Launch vehicleConfigurationPayloadResultRemarks
18 May 196219:49Atlas-CentaurAtlas LV-3C /Centaur-ASuborbital testFailureMaiden flight of theCentaur upper stage and first launch from LC-36. Insulation panel for the Centaur detached prematurely, leading to vehicle breakup 54 seconds after launch.
227 November 196319:03Atlas-CentaurAtlas LV-3C /Centaur-BOrbital testSuccessFirst successful launch and orbital launch from LC-36. First use of acryogenic engine in space.
330 June 196414:04Atlas-CentaurAtlas LV-3C /Centaur-COrbital testFailureHydraulics pump failure led to premature shutdown ofRL10s on Centaur and failure to reach orbit.
411 December 196414:25Atlas-CentaurAtlas LV-3C /Centaur-CSurveyor mass simulatorPartial failureFlaw in Centaur ullage motor prevented engine restart from parking orbit.
52 March 196513:25Atlas-CentaurAtlas LV-3C /Centaur-CSurveyor SD-1FailureMass simulator for aSurveyor lunar lander. Booster valves accidentally closed 2 seconds after launch, leading to premature engine cutoff and rocket falling back onto pad. Damage to pad forced resumption of construction and activation of LC-39B.
8630 May 196614:41Atlas-CentaurAtlas LV-3C /Centaur-DSurveyor 1SuccessPart of theSurveyor program, aiming to land on theMoon in anticipation forfuture crewed landings. First Atlas Centaur flight with a live payload and first launch from LC-36A since the pad explosion. First American spacecraft to land on the Moon.
9720 September 196612:32Atlas-CentaurAtlas LV-3C /Centaur-DSurveyor 2SuccessPart of theSurveyor program, aiming to land on theMoon in anticipation forfuture crewed landings. Launch was a success, but payload failed en route to destination.
12814 July 196711:53Atlas-CentaurAtlas LV-3C /Centaur-DSurveyor 4SuccessPart of theSurveyor program, aiming to land on theMoon in anticipation forfuture crewed landings. Launch was a success, but payload crashed on the lunar surface. Final Atlas LV launch from LC-36.
1597 January 196806:30Atlas-CentaurAtlas SLV-3C /Centaur-DSurveyor 7SuccessPart of theSurveyor program, aiming to land on theMoon in anticipation forfuture crewed landings. Final flight of the Surveyor program.
161010 August 196822:33Atlas-CentaurAtlas SLV-3C /Centaur-DATS-4Partial failurePart of theApplications Technology Satellites, designed to go togeosynchronous orbit.Oxidizer leak caused failure of engine restart, stranding payload inparking orbit.
181125 February 196901:29Atlas-CentaurAtlas SLV-3C /Centaur-DMariner 6SuccessPart of theMariner program, aiming at exploringMars. First launch from LC-36 placing payload in aheliocentric orbit.
201212 August 196911:01Atlas-CentaurAtlas SLV-3C /Centaur-DATS-5SuccessPart of theApplications Technology Satellites, designed to go togeosynchronous orbit.
221326 January 197100:36Atlas-CentaurAtlas SLV-3C /Centaur-DIntelsat IV F2SuccessFirst commercial launch from LC-36.
23149 May 197101:11Atlas-CentaurAtlas SLV-3C /Centaur-DMariner 8FailurePart of theMariner program, aiming at exploringMars. Damaged circuitry in Centaur led to loss of control and premature engine shutdown 365 seconds after launch.
251520 December 197101:10Atlas-CentaurAtlas SLV-3C /Centaur-DIntelsat IV F3Success
27163 March 197201:49Atlas-CentaurAtlas SLV-3C /Centaur-DPioneer 10SuccessPart of thePioneer program, aimed at exploringJupiter. First spacecraft to reach theouter solar system, first spacecraft to visit Jupiter, and first spacecraft to reachescape velocity of theSun.
311723 August 197322:57Atlas-CentaurAtlas SLV-3D /Centaur-D1AIntelsat IV F7Success
341820 February 197523:35Atlas-CentaurAtlas SLV-3D /Centaur-D1AIntelsat IV F6FailureImproper separation of lanyard during staging led to programming reset, causing an erroneous flight path and engagingrange safety protocols 413 seconds after launch.
351922 May 197522:04Atlas-CentaurAtlas SLV-3D /Centaur-D1AIntelsat IV F1Success
382013 May 197622:28Atlas-CentaurAtlas SLV-3D /Centaur-D1ARComstar D1Success
402126 May 197721:47Atlas-CentaurAtlas SLV-3D /Centaur-D1ARIntelsat IVA F4Success
422230 September 197701:02Atlas-CentaurAtlas SLV-3D /Centaur-D1ARIntelsat IVA F5FailureGas generator leak led to fire in thrust section during ascent, leading to RSO protocols 55 seconds after launch.
44239 February 197821:17Atlas-CentaurAtlas SLV-3D /Centaur-D1ARFLTSATCOM-1SuccessPart of theFleet Satellite Communications System for theUnited States Navy. First military launch from an Atlas-Centaur and first military launch from LC-36.
462420 May 197813:13Atlas-CentaurAtlas SLV-3D /Centaur-D1ARPioneer Venus OrbiterSuccessPart of thePioneer program, aimed at exploringVenus. First American spacecraft to enter Venus's orbit.
48258 August 197807:33Atlas-CentaurAtlas SLV-3D /Centaur-D1ARPioneer Venus MultiprobeSuccessPart of thePioneer program, aimed at exploringVenus. First American spacecraft to enter Venus's atmosphere. Final mission of the Pioneer program.
50264 May 197918:57Atlas-CentaurAtlas SLV-3D /Centaur-D1ARFLTSATCOM-2SuccessPart of theFleet Satellite Communications System for theUnited States Navy.
522718 January 198001:26Atlas-CentaurAtlas SLV-3D /Centaur-D1ARFLTSATCOM-3SuccessPart of theFleet Satellite Communications System for theUnited States Navy.
532831 October 198003:54Atlas-CentaurAtlas SLV-3D /Centaur-D1ARFLTSATCOM-4SuccessPart of theFleet Satellite Communications System for theUnited States Navy.
552921 February 198123:23Atlas-CentaurAtlas SLV-3D /Centaur-D1ARComstar D4Success
57306 August 198101:16Atlas-CentaurAtlas SLV-3D /Centaur-D1ARFLTSATCOM-5Partial failurePart of theFleet Satellite Communications System for theUnited States Navy. Fairing collapsed during ascent, damaging the spacecraft.
59315 March 198200:23Atlas-CentaurAtlas SLV-3D /Centaur-D1ARIntelsat V -504Success
613219 May 198322:26Atlas-CentaurAtlas SLV-3D /Centaur-D1ARIntelsat V -506SuccessFinal flight of the Atlas SLV.

Atlas II

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All flights before 1994 operated byGeneral Dynamics, from 1994 to January 1995 byMartin Marietta, and since April 1995 byLockheed Martin.

No. (36)No. (36A)DateTime (UTC)Launch vehicleConfigurationPayloadResultRemarks
723311 February 199200:41Atlas IIAtlas IIUSA-78 (DSCS IIIB-14)SuccessFirst launch of the Atlas II from LC-36A.
75342 July 199221:54Atlas IIAtlas IIUSA-82 (DSCS IIIB-12)Success
783519 July 199322:04Atlas IIAtlas IIUSA-93 (DSCS IIIB-9)Success
803628 November 199323:40Atlas IIAtlas IIUSA-97 (DSCS IIIB-10)Success
84373 August 199423:57Atlas IIAtlas IIADBS-2SuccessFirst Atlas IIA launch from LC-36A.
863829 November 199410:21Atlas IIAtlas IIAOrion 1Success
883929 January 199501:25Atlas IIAtlas IIUSA-104 (UHF F4)Success
90407 April 199523:47Atlas IIAtlas IIAAMSC-1Success
924131 May 199515:27Atlas IIAtlas IIUSA-111 (UHF F5)Success
934231 July 199523:30Atlas IIAtlas IIAUSA-113 (DSCS IIIB-7)Success
954322 October 199508:00Atlas IIAtlas IIUSA-114 (UHF F4)Success
974415 December 199500:23Atlas IIAtlas IIAGalaxy 3RSuccess
99453 April 199623:01Atlas IIAtlas IIAInmarsat 3-F1Success
1014625 July 199612:42Atlas IIAtlas IIUSA-127 (UHF F7)Success
1034721 November 199620:47Atlas IIAtlas IIAHot Bird 2Success
106488 March 199706:01Atlas IIAtlas IIATempo 2Success
109494 September 199712:03Atlas IIAtlas IIASAMC-3SuccessFirst Atlas IIAS launch from LC-36A.
1115025 October 199700:46Atlas IIAtlas IIAUSA-135 (DSCS IIIB-13)Success
1135129 January 199818:37Atlas IIAtlas IIANROL-5SuccessNRO launch.SDS satellite, also known as USA-137. First launch from LC-36 acknowledged by theNational Reconnaissance Office.
1155216 March 199821:32Atlas IIAtlas IIUSA-138 (UHF F8)SuccessFinal flight of the baseline Atlas II.
1165318 June 199822:48Atlas IIAtlas IIASIntelsat 805Success
1185420 October 199807:19Atlas IIAtlas IIAUSA-140 (UHF F9Success
1195516 February 199901:45Atlas IIAtlas IIASJCSAT-6Success
1205612 April 199922:50Atlas IIAtlas IIASEutelsat W3Success
1215723 September 199906:02Atlas IIAtlas IIASEchostar 5Success
1235821 January 200001:03Atlas IIAtlas IIAUSA-148 (DSCS IIIB-8)Success
125593 May 200007:07Atlas IIAtlas IIAGOES-11SuccessLaunched as GOES-L. Part of theGeostationary Operational Environmental Satellites system of satellites.
1276030 June 200012:56Atlas IIAtlas IIATDRS-8SuccessLaunched as TDRS-H. Part of theTracking and Data Relay Satellite System. First TDRS launch from LC-36, and first unmanned TDRS launch.
1296120 October 200000:40Atlas IIAtlas IIAUSA-153 (DSCS IIIB-11)Success
130626 December 200002:47Atlas IIAtlas IIASNROL-10SuccessNRO launch.SDS satellite, also known as USA-155.
1326323 July 200107:23Atlas IIAtlas IIAGOES-12SuccessLaunched as GOES-M. Part of theGeostationary Operational Environmental Satellites system of satellites.
135648 March 200222:59Atlas IIAtlas IIATDRS-9SuccessLaunched as TDRS-I. Part of theTracking and Data Relay Satellite System.
1366518 September 200222:04Atlas IIAtlas IIASHispasat 1DSuccess
137665 December 200202:42Atlas IIAtlas IIATDRS-10SuccessLaunched as TDRS-J. Part of theTracking and Data Relay Satellite System. Final flight of the Atlas IIA.
140675 February 200423:46Atlas IIAtlas IIASAMC-10Success
1426816 April 200400:45Atlas IIAtlas IIASSuperbird 6SuccessLaunch was a success, butgravitational perturbations by theMoon caused a lower than expected perigee and permanent damage to satellite.
1446931 August 200423:17Atlas IIAtlas IIASNROL-1SuccessNRO launch.SDS satellite, also known as USA-179. Final flight of the Atlas II, and final flight from LC-36A prior to demolition and Blue Origin's pad consolidation.

New Glenn

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All flights operated byBlue Origin.

No.DateTime (UTC)Launch vehicleBoosterPayloadResultRemarks
14616 January 202507:03New GlennSN001Blue Ring PathfinderSuccessMaiden flight of New Glenn and first orbital launch for Blue Origin. First launch from LC-36 following complex rebuilding. First of two launches forNational Security Space Launch certification. Carried a prototypeBlue Ring spacecraft. Originally supposed to fly the twoESCAPADE probes, but payloads switched following development issues with rocket. Booster landing failed during entry burn.

Upcoming launches

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DateLaunch vehiclePayload
September 2025New GlennESCAPADE
Late 2025New GlennElytra-1 et al.

LC-36B

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1
2
3
4
5
1965
1970
1975
1980
1985
1990
1995
2000
2005

Atlas-Centaur and Atlas G

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All flights operated byNASA.

No. (36)No. (36B)DateTime (UTC)Launch vehicleConfigurationPayloadResultRemarks
6111 August 196514:31Atlas-CentaurAtlas LV-3C /Centaur-DSurveyor SD-2SuccessMass simulator for aSurveyor lunar lander. First launch from LC-39B. First fully successful flight of a Surveyor mass simulator.
728 April 196601:00Atlas-CentaurAtlas LV-3C /Centaur-DSurveyor SD-3SuccessMass simulator for aSurveyor lunar lander. Centaur prematurely depleted ullage propellant, preventing engine restart.
10326 October 196611:12Atlas-CentaurAtlas LV-3C /Centaur-DSurveyor SD-4SuccessMass simulator for aSurveyor lunar lander. First ever restart of a cryogenic engine in orbit.
11417 April 196707:05Atlas-CentaurAtlas LV-3C /Centaur-DSurveyor 3SuccessPart of theSurveyor program, aiming to land on theMoon in anticipation forfuture crewed landings. First launch of a live payload from LC-36B. First and only to date spacecraft to visited by astronauts on another celestial object, being visited byApollo 12 in 1969 to demonstrate the feasibility of making amoonbase.
1358 September 196707:57Atlas-CentaurAtlas SLV-3C /Centaur-DSurveyor 5SuccessPart of theSurveyor program, aiming to land on theMoon in anticipation forfuture crewed landings. First Atlas SLV launch from LC-36.
1467 November 196707:39Atlas-CentaurAtlas SLV-3C /Centaur-DSurveyor 6SuccessPart of theSurveyor program, aiming to land on theMoon in anticipation forfuture crewed landings.
1777 December 196808:40Atlas-CentaurAtlas SLV-3C /Centaur-DOAO-2SuccessPart of theOrbiting Astronomical Observatory series ofspace telescopes. First ever successful launch of a space telescope.
19827 March 196922:22Atlas-CentaurAtlas SLV-3C /Centaur-DMariner 7SuccessPart of theMariner program, aiming at exploringMars.
21930 November 197022:40Atlas-CentaurAtlas SLV-3C /Centaur-DOAO-BFailurePart of theOrbiting Astronomical Observatory series ofspace telescopes.Payload fairings failed to separate, causing failure to reach orbit.
241030 May 197122:23Atlas-CentaurAtlas SLV-3C /Centaur-DMariner 9SuccessPart of theMariner program, aiming at exploringMars. Became the first ever satellite to enter orbit of another planet.
261123 January 197200:12Atlas-CentaurAtlas SLV-3C /Centaur-DIntelsat IV F4Success
281213 June 197221:53Atlas-CentaurAtlas SLV-3C /Centaur-DIntelsat IV F5Success
291321 August 197210:28Atlas-CentaurAtlas SLV-3C /Centaur-DOAO-3SuccessPart of theOrbiting Astronomical Observatory series ofspace telescopes.
30146 April 197302:11Atlas-CentaurAtlas SLV-3D /Centaur-D1APioneer 11SuccessPart of thePioneer program, aimed at exploringJupiter andSaturn. First spacecraft to visit Saturn, and second spacecraft to reach solar escape velocity.
32153 November 197305:45Atlas-CentaurAtlas SLV-3D /Centaur-D1AMariner 10SuccessPart of theMariner program, aiming at exploringVenus andMercury. First spacecraft to visit Mercury and first spacecraft to take pictures of Venus from space. Final mission of the Mariner program.
331621 November 197423:43Atlas-CentaurAtlas SLV-3D /Centaur-D1AIntelsat IV F8Success
361726 September 197500:17Atlas-CentaurAtlas SLV-3D /Centaur-D1ARIntelsat IVA F1Success
371829 January 197623:56Atlas-CentaurAtlas SLV-3D /Centaur-D1ARIntelsat IVA F2Success
391922 July 197622:04Atlas-CentaurAtlas SLV-3D /Centaur-D1ARComstar D2Success
412012 August 197721:47Atlas-CentaurAtlas SLV-3D /Centaur-D1ARHEAO-1SuccessPart of theHEAO Program,space telescopes designed to observex-ray astronomy.
43217 January 197800:15Atlas-CentaurAtlas SLV-3D /Centaur-D1ARIntelsat IVA F3Success
452231 March 197823:36Atlas-CentaurAtlas SLV-3D /Centaur-D1ARIntelsat IVA F6Success
472329 June 197822:24Atlas-CentaurAtlas SLV-3D /Centaur-D1ARComstar D3Success
492413 November 197805:24Atlas-CentaurAtlas SLV-3D /Centaur-D1AREinstein ObservatorySuccessPart of theHEAO Program,space telescopes designed to observex-ray astronomy.
512520 September 197905:28Atlas-CentaurAtlas SLV-3D /Centaur-D1ARHEAO-3SuccessPart of theHEAO Program,space telescopes designed to observex-ray astronomy.
54266 December 198023:31Atlas-CentaurAtlas SLV-3D /Centaur-D1ARIntelsat V F-2Success
562723 May 198122:42Atlas-CentaurAtlas SLV-3D /Centaur-D1ARIntelsat V F-1Success
582815 December 198123:35Atlas-CentaurAtlas SLV-3D /Centaur-D1ARIntelsat V F-3Success
602928 September 198223:17Atlas-CentaurAtlas SLV-3D /Centaur-D1ARIntelsat V -505SuccessFinal Atlas SLV launch from LC-36B.
62309 June 198423:03Atlas GAtlas G /Centaur-D1ARIntelsat V -509FailureMaiden flight of the Atlas G. Centaur LOX tank ruptured during coasting phase, leading to loss of rocket.
633122 March 198523:55Atlas GAtlas G /Centaur-D1ARIntelsat V -510Success
643230 June 198500:44Atlas GAtlas G /Centaur-D1ARIntelsat V -511Success
653328 September 198523:17Atlas GAtlas G /Centaur-D1ARIntelsat V -512Success
66345 December 198602:30Atlas GAtlas G /Centaur-D1ARUSA-20 (FLTSATCOM-7)SuccessPart of theFleet Satellite Communications System for theUnited States Navy.
673526 March 198721:22Atlas GAtlas G /Centaur-D1ARFLTSATCOM-6FailurePart of theFleet Satellite Communications System for theUnited States Navy. Launched during a thunderstorm and was struck by lightning, damaging guidance and causing an erroneous pitch maneuver that led to vehicle breakup.
683625 September 198908:56Atlas GAtlas G /Centaur-D1ARUSA-46 (FLTSATCOM-8)SuccessPart of theFleet Satellite Communications System for theUnited States Navy. Final flight of the Atlas G.

Atlas I, II, and III

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All flights before 1994 operated byGeneral Dynamics, from 1994 to January 1995 byMartin Marietta, and since March 1995 byLockheed Martin.

No. (36)No. (36B)DateTime (UTC)Launch vehicleConfigurationPayloadResultRemarks
693725 July 199019:21Atlas IAtlas ICRRESSuccessJointNASA-DoD satellite aimed at studyingEarth's magnetosphere. Maiden flight of the Atlas I.
703818 April 199123:30Atlas IAtlas IBS-3HFailureFrozen nitrogen formed a plug that caused failure of one RL10 during staging, activating RSO protocols 441 seconds after launch.
71397 December 199122:47Atlas IIAtlas IIEutelsat 2F3SuccessMaiden flight of the Atlas II.
734014 March 199200:00Atlas IAtlas IGalaxy 5Success
744110 June 199200:00Atlas IIAtlas IIAIntelsat KSuccessMaiden flight of the Atlas IIA.
764222 August 199222:40Atlas IAtlas IGalaxy 1RFailureFrozen nitrogen formed a plug that caused failure of one RL10 during staging, activating RSO protocols 470 seconds after launch.
774325 March 199321:38Atlas IAtlas IUHF F1FailureImproper torque led to loss of thrust in sustainer engine, eventually causing payload to be placed in an unusable orbit.
79443 September 199311:17Atlas IAtlas IUSA-95 (UHF F2)Success
814516 December 199300:38Atlas IIAtlas IIASTelstar 401SuccessMaiden flight of the Atlas IIAS.
824613 April 199406:04Atlas IAtlas IGOES-8SuccessLaunched as GOES-I. Part of theGeostationary Operational Environmental Satellites system of satellites. First GOES launch on an Atlas rocket. First Atlas flight followingMartin Marietta's purchase ofGeneral Dynamics' space division.
834724 June 199413:50Atlas IAtlas IUSA-104 (UHF F3)Success
85486 October 199406:35Atlas IIAtlas IIASIntelsat 703Success
874910 January 199506:18Atlas IIAtlas IIASIntelsat 704SuccessFirst Atlas launch procured byInternational Launch Services.
895022 March 199506:18Atlas IIAtlas IIASIntelsat 705SuccessFirst Altas launch followingLockheed andMartin Marietta's merging intoLockheed Martin.
915123 May 199505:52Atlas IAtlas IGOES-9SuccessLaunched as GOES-J. Part of theGeostationary Operational Environmental Satellites system of satellites.
945229 August 199500:53Atlas IIAtlas IIASJCSAT-3Success
96532 December 199508:08Atlas IIAtlas IIASSOHOSuccessPart of theHorizon 2000 program, aimed at observing theSun from theL1 Lagrange point. First launch forESA from LC-36.
98541 February 199601:15Atlas IIAtlas IIASPalapa C1Success
1005530 April 199604:31Atlas IAtlas IBeppoSAXSuccessSpace telescope aimed atdetecting x-ray sources, helping detectgamma-ray burst sources. Partnership between theASI andNIVR.
102568 September 199621:49Atlas IIAtlas IIAGE-1Success
1045718 December 199601:57Atlas IIAtlas IIAInmarsat 3-F3Success
1055817 February 199701:42Atlas IIAtlas IIASJCSAT-4Success
1075925 April 199705:49Atlas IAtlas IGOES-10SuccessLaunched as GOES-K. Part of theGeostationary Operational Environmental Satellites system of satellites. Last flight of the Atlas I.
1086028 July 199701:15Atlas IIAtlas IIASSuperbird-CSuccess
110615 October 199721:01Atlas IIAtlas IIASEchostar 3Success
112628 December 199723:52Atlas IIAtlas IIASGalaxy 8iSuccess
1146328 February 199800:21Atlas IIAtlas IIASIntelsat 806Success
117649 October 199822:50Atlas IIAtlas IIAHot Bird 5Success
1226523 November 199904:06Atlas IIAtlas IIAUSA-146 (UHF F10)Success
124663 February 200023:30Atlas IIAtlas IIASHispasat 1CSuccess
1266723 May 200023:10Atlas IIIAtlas IIIAEutelsat W4SuccessMaiden flight of the Atlas III, and first orbital Atlas flight without thestage and a half design of the core stage.
1286814 July 200005:21Atlas IIAtlas IIASEchostar 6Success
1316919 June 200104:41Atlas IIAtlas IIASICO F2Success
1337011 October 200102:32Atlas IIAtlas IIASNROL-12SuccessNRO launch.SDS satellite, also known as USA-162.
1347121 February 200212:43Atlas IIIAtlas IIIBEchostar 7SuccessMaiden flight of the Atlas IIIB.
1387212 April 200300:47Atlas IIIAtlas IIIBAsiasat 4Success
1397318 December 200302:30Atlas IIIAtlas IIIBUFO 11Success
1417413 March 200405:40Atlas IIIAtlas IIIAMBSAT-1SuccessFinal launch of the Atlas IIIA.
1437519 May 200422:22Atlas IIAtlas IIASAMC-11SuccessFinal Atlas II launch from LC-36B.
145763 February 200507:41Atlas IIIAtlas IIIBNROL-23SuccessNRO launch. TwoIntruder satellites, sharing the designation USA-181. Final flight of the Atlas III, and final Atlas launch from LC-36. Final flight from LC-36 and 36A prior to demolition and Blue Origin's pad consolidation.


Gallery

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  • AnAtlas-Centaur at LC-36A prior to the launch ofPioneer 10.
  • AnAtlas III launches from LC-36B.
  • The MSS of Launch Complex 36A falls to the ground after critical supports are destroyed in a controlled explosion.

See also

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References

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  1. ^McDowell, Jonathan (February 22, 1998)."Issue 350".Jonathan's Space Report. Jonathan's Space Page. Archived fromthe original on May 3, 2010. RetrievedJanuary 25, 2010.
  2. ^"Table 3 — Launch Capability in Florida".AU-18 Space Handbook. Air War College Gateway to the Internet.Archived from the original on March 5, 2001. RetrievedJanuary 25, 2010.
  3. ^Launch Site Safety Assessment, Section 1.0 Eastern Range General Range Capabilities(PDF) (Report).Federal Aviation Administration. March 1999. p. 31. Archived fromthe original(PDF) on October 21, 2012. RetrievedJanuary 25, 2010.
  4. ^abcGebhardt, Chris (October 8, 2015)."Canaveral and KSC pads: New designs for space access".NASASpaceFlight.com. RetrievedOctober 11, 2015.
  5. ^abcdefgAtkinson, Ian (11 September 2019)."Blue Origin continuing work on New Glenn launch complex, support facilities".NASASpaceFlight.com. Retrieved20 September 2019.
  6. ^Joseph Navin; Lee Kanayama (April 2, 2021)."Blue Origin Continues to Make Launch Complex Progress for the Eventual Debut of New Glenn".NASASpaceflight.com. RetrievedMarch 22, 2023.
  7. ^Coledan, Stefano S. (February 28, 2006)."Slowly Crumbling, NASA Landmarks May Face the Bulldozer".The New York Times.Cape Canaveral. RetrievedJanuary 25, 2010.
  8. ^Warren, Ken (June 21, 2007)."Historic complex 36 towers toppled".Air Force.Patrick Space Force Base: 45th SW Public Affairs.Archived from the original on June 13, 2011. RetrievedJanuary 25, 2010.
  9. ^Covault, Craig (October 27, 2008)."Boeing Joins Commercial Athena III Program". Archived fromthe original on August 12, 2011. RetrievedJanuary 17, 2009.
  10. ^Day, Dwayne (February 11, 2013)."Athena rising?".The Space Review.
  11. ^"Air Force licenses two launch complexes for commercial use".Archived from the original on February 8, 2015. RetrievedMarch 15, 2010.
  12. ^"Space Florida secures licenses for Launch Complexes 46 and 36". RetrievedMarch 15, 2010.
  13. ^Clark, Stephen (January 24, 2015)."Former Atlas launch pad gets a new tenant".Spaceflight Now. RetrievedFebruary 8, 2015.
  14. ^abcBoyle, Alan (March 5, 2016)."Jeff Bezos lifts curtain on Blue Origin rocket factory, lays out grand plan for space travel that spans hundreds of years".GeekWire. RetrievedMarch 9, 2016.
  15. ^Cofield, Calla (September 15, 2015)."Jeff Bezos' Blue Origin Will Launch Rockets and Spaceships from Florida".Space.com. RetrievedSeptember 15, 2015.
  16. ^Foust, Jeff (September 15, 2015)."Bezos Not Concerned About Competition, Possible ULA Sale".Space News. RetrievedSeptember 16, 2015.
  17. ^Harwood, William (September 17, 2015)."Jeff Bezos plans to boost humans into space from Cape Canaveral".CBS News.
  18. ^Cofield, Calla (June 28, 2016)."Blue Origin's Rocket Factory Breaks Ground".Space.com. RetrievedJuly 7, 2016.
  19. ^abBergin, Chris (September 12, 2016)."Blue Origin introduce the New Glenn orbital LV".NASASpaceFlight. RetrievedSeptember 13, 2016.
  20. ^abBurghardt, Thomas (20 September 2018)."Building on New Shepard, Blue Origin to pump a billion dollars into New Glenn readiness".NASASpaceFlight.com. Retrieved22 September 2018.
  21. ^"NSSL Phase 3 Lane 1 Industry Day".Space and Missile Systems Center. 20 August 2024. Retrieved25 October 2024.

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