Date/Time
(UTC) |
Configuration |
S/N |
Launch Site |
Payload |
Function |
Orbit |
Outcome |
Remarks |
2010
|
2010-02-11, 15:23[1] |
Atlas V 401 |
AV-021 |
CCAFS SLC-41 |
SDO |
Solar Observatory |
GTO |
Successful |
|
2010-04-22, 23:52 |
Atlas V 501 |
AV-012 |
CCAFS SLC-41 |
X-37B OTV-1 |
Orbital Test Vehicle |
LEO |
Successful |
First Atlas V 501, maiden flight of OTV-1, the first Boeing X-37 |
2010-08-14, 11:07[2] |
Atlas V 531 |
AV-019 |
CCAFS SLC-41 |
AEHF-1 |
Military Comsat |
GTO |
Successful |
First Atlas V 531 |
2010-09-21, 04:03:30[3] |
Atlas V 501 |
AV-025 |
VAFB SLC-3E |
NROL-41 |
Reconnaissance satellite |
LEO |
Successful |
First Atlas V 500 series from VAFB |
2011
|
2011-03-05, 22:46[4] |
Atlas V 501 |
AV-026 |
CCAFS SLC-41 |
X-37B OTV-2 |
Orbital Test Vehicle |
LEO |
Successful[4] |
Maiden flight of OTV-2, the second Boeing X-37[5] |
2011-04-15, 04:24 UTC[6] |
Atlas V 411 |
AV-027 |
VAFB SLC-3E |
NROL-34 |
Reconnaissance satellite |
Unknown |
Successful[7] |
|
2011-05-07, 18:10 UTC[8] |
Atlas V 401 |
AV-022 |
CCAFS SLC-41 |
SBIRS-GEO-1 |
Missile warning |
GTO |
Successful[9] |
|
2011-08-05, 16:25 UTC |
Atlas V 551 |
AV-029 |
CCAFS SLC-41 |
Juno |
Jupiter orbiter |
Escape |
Successful[10] |
|
2011-11-26, 15:02 UTC[11][12] |
Atlas V 541 |
AV-028 |
CCAFS SLC-41 |
MSL |
Mars rover |
Heliocentric |
Successful[13] |
First Atlas V 541 |
2012
|
2012-02-16, 22:46-23:30 UTC[14] |
Atlas V 551 |
AV-030 |
CCAFS SLC-41 |
MUOS-1 |
Comsat |
GTO |
|
|
2012-04-27[15] |
Atlas V 531 |
|
CCAFS SLC-41 |
AEHF-2 |
Comsat |
GTO |
|
|
2012-06[16] |
Atlas V 411 |
|
VAFB SLC-3E [17] |
NROL-36 |
|
|
|
|
2012-08-23[18] |
Atlas V 401 |
|
CCAFS SLC-41 [19] |
RBSP |
LWS science |
Highly elliptical |
|
|
2012-09-12[20] |
Atlas V 401 |
|
CCAFS SLC-41 [21] |
NROL-38 |
|
|
|
|
2012-12-01[22] |
Atlas V 401 |
|
CCAFS SLC-41 |
TDRS-K |
T&DR |
GTO |
|
|
TBD
|
2013-01[23] |
Atlas V 401 |
|
VAFB SLC-3E |
Landsat-DCM |
Remote sensing |
LEO |
|
|
2013 |
Atlas V 401 |
|
CCAFS SLC-41 |
SBIRS-GEO-2 |
Missile warning |
GTO |
|
|
TBD |
Atlas V 401 |
|
CCAFS SLC-41 |
GPS-IIF-4 |
Navigation |
MEO |
|
|
TBD |
Atlas V 401 |
|
CCAFS SLC-41 |
GPS-IIF-6 |
Navigation |
MEO |
|
|
TBD |
Atlas V 401 |
|
CCAFS SLC-41 |
GPS-IIF-7 |
Navigation |
MEO |
|
|
TBD |
Atlas V 401 |
|
CCAFS SLC-41 |
GPS-IIF-8 |
Navigation |
MEO |
|
|
TBD |
Atlas V 551 |
|
CCAFS SLC-41 |
MUOS-2 |
Comsat |
GTO |
|
|
TBD[24] |
Atlas V 531 |
|
CCAFS SLC-41 |
AEHF-3 |
Comsat |
GTO |
|
|
TBD[25] |
Atlas V 401 |
|
VAFB SLC-3E |
GeoEye-2 |
Earth Imaging |
SSO |
|
|
2013-02-23[26] |
Atlas V 401 |
|
CCAFS SLC-41 |
TDRS-L |
T&DR |
GTO |
|
|
2013-11-18[27] |
Atlas V 401 |
|
CCAFS SLC-41 |
MAVEN |
Mars Orbiter |
Heliocentric |
|
|
2014-10-15[26] |
Atlas V 421 |
|
CCAFS SLC-41 |
MMS |
heliophysics |
|
|
|
2014[28] |
Atlas V 401 |
|
VAFB SLC-3E |
WorldView-3 |
Earth Imaging |
SSO |
|
|
2014[29] |
Atlas V |
|
CCAFS |
Sundancer 1 |
BCSS-1 |
|
|
|
2014-2015[29][30] |
Atlas V |
|
CCAFS |
Supplemental power bus and docking node |
BCSS-3 |
|
|
|
2014-2015[29][30] |
Atlas V |
|
CCAFS |
Sundancer 2 |
BCSS-4 |
|
|
|
2014-2015[29][30] |
Atlas V |
|
CCAFS |
BA-330 |
BCSS-6 |
|
|
|
2015[31] |
Atlas V 412 |
|
CCAFS SLC-41 |
CST-100 |
CST-100 1st test |
LEO |
|
Unmanned orbital test of capsule[32] |
2015[33] |
Atlas V 551 |
|
CCAFS SLC-41 |
PTSD-1 |
Simple Depot[33] |
LEO |
|
cryogenic Propellant Transfer and Storage Demonstration mission |
2015[31] |
Atlas V 412 |
|
CCAFS SLC-41 |
CST-100 |
CST-100 2nd test |
Suborbital |
|
Unmanned suborbital capsule abort test[32] |
2015[31] |
Atlas V 412 |
|
CCAFS SLC-41 |
CST-100 |
CST-100 3rd test, 1st crewed |
LEO to ISS |
First Atlas V launch carrying humans |
Orbital test crewed by two Boeing employees[32] |
2016-01-07[34] |
Atlas V 421 |
|
CCAFS SLC-41 |
TGM |
Mars orbiter & lander |
Heliocentric |
|
1 NASA Orbiter & 1 ESA lander |
2018-05[35] |
Atlas V 4x1 |
|
CCAFS SLC-41 |
ExoMars |
Mars rover |
Heliocentric |
|
1 ESA rover |
2018-07-30[36] |
Atlas V 551 /STAR-48BV |
|
CCAFS SLC-41 |
Solar Probe Plus |
Solar Probe |
Heliocentric |
|
STAR-48BV 3rd stage |