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The SpaceX Launch Log

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cartman:
This is a thread that has grown out of the SpaceX Scrubs thread into a stand-alone launch log. With your help I will try to capture everything interesting about each launch, including payload info. The first post will have the full log, while new info and discussion can happen in subsequent posts.

----Key----
S: Static fire attempt (unsuccessful)
X: Weather scrub of static fire
F: Successful static fire
C: Countdown attempt (unsuccessful)
W: Weather scrub of launch
R: Range scrub of launch
D: Mission delay
L: Launch
LF: Launch Failure
BL: Booster Lost (controlled re-entry/landing attempted)
BR: Booster Recovered
BX: Booster Expended


[] source
(not verified) kindly requesting the community to verify my info about this mission, as I believe I have gathered all public info about it
(verified) mission info verified

----Missions---
->Falcon 1
Falcon 1 flight 01 - FalconSAT-2
  S) 2005-05-?? (Vandenberg SLC-3W), Igniter sensor failure [159]
  S) 2005-05-?? (Vandenberg SLC-3W), Incorrectly closed helium ground supply valve [160]
  F) 2005-05-27 (Vandenberg SLC-3W), Successful Static Fire [161]
  C) 2005-11-26, Manual vent valve incorrectly set to vent [162]
  C) 2005-12-19, Draining tank during weather hold, valve caused vacuum, deforming the tank [163]
  S) 2006-02-09, Various technical issues [164]
  F) 2006-02-10, Successful Static Fire [165]
  LF) 2006-03-25, Launch failure (the one with the corroded nut) [166]

Falcon 1 flight 02 - DemoFlight 2
  D) 2007-01-19, Second stage TVC pitch actuator issue [167]
  D) 2007-02-07, Delay due to range availability [168]
  D) 2007-03-07, Installing upgraded TVC boards [169]
  F) 2007-03-15, Successful static fire [170]
  C) 2007-03-19, Aborted during range source telemetry switchover [171]
  C) 2007-03-20, Abort on chamber pressure 1% low [172]
  LF) 2007-03-20, Launch failure (the one with too much slosh) [173]

Falcon 1 flight 03 - Trailblazer, NanoSail-D, PRESat, Explorers
  D) 2008-06-23, Range availability after finding weld defect [174][175]
  F) 2008-06-25, Successful Static Fire [176]
  C) 2008-08-02, Parameter about 1% out of range (turbopump purge pressure) [177]
  LF) 2008-08-02, Launch failure (the one that hit itself for lack of a few seconds' delay at stage sep) [178]

Falcon 1 flight 04 - RatSat
  F) 2008-09-20, Successful Static Fire [179]
  D) 2008-09-23, Replacing a 2nd stage LOX supply line component [180]
  L) 2008-09-28, Successful launch (the one that finally made it to orbit) [178]

Falcon 1 flight 05 - RazakSAT
  F) 2009-04-15, Successful static fire [181]
  D) 2009-04-20, Delay for "Potential impact of predicted vehicle environments on the satellite" [182]
  L) 2009-07-13, Successful launch (the one that orbited the first real satellite) [183]


->Falcon 9 v1.0
Falcon 9 flight 01 - Test flight 1
  S) 2010-03-09, Abort at spin start T-0:02[44]
  X) 2010-03-11, Weather Scrub of Static Fire Attempt [184]
  F) 2010-03-13, Successful Static Fire [185]
  C) 2010-06-04, Out of range engine parameter, sensor error T-0:01[43]
  L) 2010-06-04, Successful launch (the one with the rolling second stage) [144]

Falcon 9 flight 02 - COTS Demo flight 1
  S) 2010-12-03, Aborted at T-1.1 seconds due to high engine chamber pressure [50]
  S) 2010-12-04, Low gas generator pressure in engine 6. [51]
  F) 2010-12-04, Successful static fire [52]
  C) 2010-12-08, False abort on the Ordnance Interrupter (OI) ground feedback  [53]
  L) 2010-12-08, Successful launch [54]

Falcon 9 flight 03 - COTS Demo flight 2+
payload mass: Dragon + 620 kilograms delivered to ISS, orbit: LEO [155]
core number: Unknown - Expendable - Pad 40
  S) 2012-04-30, Improperly set criteria limit (overly restrictive redline on second stage engine position) at T-0:47 [151]
  F) 2012-04-30, Successful static fire [151]
  D) 2012-05-04, Delay for ongoing Dragon Rendezvous/Prox. software testing and ISS VV schedule [152]
  C) 2012-05-19, Scrub at T-0:00.5 due to high pressure reading in center engine chamber due to a faulty check valve [42][153]
  L) 2012-05-22, Successful launch (the one with the first commercial vehicle to visit the ISS) [154]

Falcon 9 flight 04 - SpaceX CRS-1
  F) 2012-09-29, Successful static fire [32]
  L) 2012-10-07, Successful launch (the one with the engine failure) [33]

Falcon 9 Flight 05 - SpaceX CRS-2
  F) 2013-02-25, Successful static fire [28]
  L) 2013-03-01, Successful launch [29]

->Falcon 9 v1.1

Falcon 9 flight 06 - CASSIOPE (verified)
  S) 2013-09-11, Several issues during tanking [3]
  S) 2013-09-12, Countdown abort [3]
  S) 2013-09-12, Countdown abort [3]
  S) 2013-09-12, Fired with issues [3]
  F) 2013-09-19, Successful static fire [3]
  D) 2013-09-19 - 2013-09-29, Delay due to LRR and mostly due to range conflicts [31]
  L) 2013-09-29, Successful launch [4]
  BL) 2013-09-29, First Boostback/landing burn attempt. First water landing attempt but "spun up due to aero torque, centrifuged and flamed out" (received telemetry only)

Falcon 9 flight 07 - SES-8
  S) 2013-11-20, Unspecified issues, weather [7]
  F) 2013-11-21, Successful static fire (the one with the excessive venting) [7]
  C) 2013-11-25, 1st stage LOX vent/pressure relief valve. [5]
  C) 2013-11-25, Ground electrical power supply. [5]
  C) 2013-11-25, 1st stage LOX vent/pressure relief valve, premature release of ECS duct. [5][41]
  C) 2013-11-28, Abort at ignition by low ramp up of thrust on Merlin 1D engines, T-0:01 [6][40]
  C) 2013-11-28, Oxygen contamination of ground side TEA-TEB T-1:00 [6]
  L) 2013-12-03, Successful launch [6]

Falcon 9 flight 08 - Thaicom 6
  F) 2013-12-29, Successful static fire [26]
  D) 2014-01-03 - 2014-01-06, Delay due to payload fairing issue [26]
  L) 2014-01-06, Successful launch [27]

Falcon 9 flight 09 - SpaceX CRS-3 (verified)
  X) 2014-03-07, Weather scrub of static fire [30]
  F) 2014-03-08, Successful static fire [21]
  D) 2014-03-16 - 2014-03-30, Delay due to payload contamination [22]
  D) 2014-03-30 - 2014-04-14, Delay due to fire damage to range radar [23]
  C) 2014-04-14, Helium leak on 1st stage [24][39]
  L) 2014-04-18, Successful launch [25]
  BL) 2014-04-18, First use of landing legs. NSF video reconstruction effort

Falcon 9 flight 10 - OG2 Mission 1
  S) 2014-05-08, Umbilical connections between the pad and the rocket [15]
  S) 2014-05-09, Helium leak at Composite Overwrap Pressure Vessels (COPV) [16]
  D) 2014-05-10 - 2014-06-20, Delay due to helium leak, range, re-test on the satellites [16,17]
  F) 2014-06-13, Successful static fire [18]
  C) 2014-06-20, Pressure decrease in 2nd stage [19]
  W) 2014-06-21, Weather (the one without the webcast) [19]
  C) 2014-06-22, 1st stage TVC actuator [19]
  D) 2014-06-22 - 2015-07-14, Delay due to TVC actuator, range maintenance [19]
  F) 2014-07-11, 2nd Successful static fire [19]
  C) 2014-07-14, Ground Support Equipment (GSE) [20]
  L) 2014-07-14, Successful launch [20]
  BL) 2014-07-14, Third water landing attempt, first "soft" water landing

Falcon 9 flight 11 - Asiasat 8
  F) 2014-07-31, Successful static fire [13]
  C) 2014-08-06, Abort, 1st stage hydraulic parameters T-0:45 [14]
  L) 2014-08-06, Successful launch [14]

Falcon 9 flight 12 - Asiasat 6
  F) 2014-08-22, Successful static fire [10]
  D) 2014-08-27 - 2014-09-06, Delay due to F9R accident, commonality evaluation [11]
  L) 2014-09-07, Successful launch [12]

Falcon 9 flight 13 - SpaceX CRS-4
payload mass: Dragon C106 [187]
  F) 2014-09-17, Successful static fire [8]
  W) 2014-09-19, Weather scrub [9][45]
  L) 2014-09-21, Successful launch [9]

Falcon 9 flight 14 - SpaceX CRS-5
  S) 2014-12-17, Early engine shutdown during static fire [8]
  F) 2014-12-19, Successful static fire [1]
  D) 2014-12-19 - 2015-01-05, Delay due to static fire issue, ISS beta angles and holidays [1]
  C) 2015-01-06, Z axis actuator drift on the 2nd stage thrust vector control system, Τ-1:21 [2][38]
  L) 2015-01-10, Successful launch (the one with the ASDS crash landing) [34]
  BL) 2015-01-10, First ASDS landing attempt at JRTI, First use of Hypersonic Grid fins (ran out of hydraulic fluid), 45 degree crash/explosion

Falcon 9 flight 15 - DSCOVR
  F) 2015-01-31, Successful static fire [35]
  R) 2015-02-08, Scrub due to AF radar outage, Τ-2:26. Issue with 1st stage video transmitter (not needed for launch). There may have been a non-public vehicle issue that would have scrubbed launch as well [36][37]
  D) 2015-02-09, Weather delay[36]
  W) 2015-02-10, Weather scrub, red upper level winds T-12:41[36]
  L) 2015-02-11, Successful launch (the one with the ASDS call off due to 10m waves) [36]
  BL) 2015-02-11, No ASDS - 10m waves - "soft, precise water landing"

Falcon 9 Flight 16 - ABS-3A & Eutelsat 115 West B
  F) 2015-02-25, Successful static fire [46]
  L) 2015-03-02, Successful launch (The one with the 2 electric satellites) [47]

Falcon 9 Flight 17 - SpaceX CRS-6
payload mass: Dragon C108 [187]
  F) 2015-04-11, Successful static fire [48]
  W) 2015-04-13, Weather scrub, anvil rule, T-3:07 [48]
  L) 2015-04-14, Successful launch (the one where the 1st stage landed and tipped over)[48]
  BL) 2015-04-14, Second landing attempt at JRTI, high lateral velocity (because of stuck valve), tipped over.

Falcon 9 Flight 18 - TurkmenAlem52/MonacoSat
  F) 2015-04-22, Successful static fire [56]
  L) 2015-04-27, Successful launch (the one that was swapped with CRS-6 due to a helium bottle issue) [55]

Falcon 9 Flight 19 - SpaceX CRS-7
  F) 2015-06-26, Successful static fire [57]
  LF) 2015-06-28, Launch failure (the one where the second stage went kaboom 139 seconds into first stage flight) [58]

Falcon 9 Flight 21 - Jason-3
payload mass: 510 kilograms, orbit: LEO 1,336km [62]
  F) 2016-01-11, Successful static fire [63]
  L) 2016-01-17, Successful launch (the one that was the last F9 v1.1)[62]
  BL) 2016-01-17, Successful barge landing at JRTI but a leg lockout didn’t latch, so it tipped over after landing [62]

->Falcon 9 FT
Falcon 9 Flight 20 - ORBCOMM-2 RTF Mission
core number: 1019
  S) 2015-12-16, Unsuccessful static fire [59]
  S) 2015-12-17, Unsuccessful static fire, deep cryo liquid oxygen presenting some challenges [59]
  F) 2015-12-18, Successful static fire [59]
  D) 2015-12-20, 24h delay for improved odds for landing attempt and better analysis for subcooled LOX (Possibly due to wind gusts that affect landing and LOX temps) [60]
  L) 2015-12-21, Successful launch (the one with the epic landing at LZ1)[61]
  BR) 2015-12-21, Successful landing at LZ1[61]
  S) 2016-01-14, Static fire scrub (ground side issues) [67]
  F) 2016-01-15, Successful static fire (engine 9 showed thrust fluctuations. Maybe some debris ingestion) [67]

Falcon 9 Flight 22 - SES-9
payload mass: 5,271 kilograms, orbit: geosynchronous, delivered orbit: 334 x 40648 km x 27.96° [65], [69]
core number: 1020
  F) 2016-02-22, Successful static fire [64]
  D) 2016-02-24, 24h delay to ensure liquid oxygen temperatures are as cold as possible in an effort to maximize performance of the vehicle (due to high winds) [66]
  C) 2016-02-25, Scrub at T-1:41, LOX loading issues [65]
  R) 2016-02-28, Delay, wayward boat got into range [65]
  C) 2016-02-28, Scrub at T-0, aborted on low thrust alarm. Rising oxygen temps due to hold for boat and helium bubble triggered alarm [65]
  D) 2016-03-01, Delay due to extreme high altitude wind shear [68]
  L) 2016-03-05, Successful launch (the one with the difficult landing attempt) [65]
  BL) 2016-03-05, Hard landing at OCISLY (3 engine landing burn, run out of propellant, no boostback burn) [65][74]

Falcon 9 Flight 23 - CRS-8
payload mass: Dragon + 3,136 kilograms delivered to ISS, orbit: LEO, delivered orbit: 357 x 211 km x 51.66° [71],[73]       
core number: 1021 (flight #1)
  (McGregor) 2016-02-05, Successful static fire [72]
  (McGregor) 2016-02-08, GSE failure damaged most of the first stage’s engine nozzles [72]
  F) 2016-04-06, Successful static fire [70]
  L) 2016-04-08, Successful launch (the one with the webcam stalking at port Canaveral) [71]
  BR) 2016-04-08, Successful landing at OCISLY [71]

Falcon 9 Flight 24 - JCSAT-14
payload mass: 4,696.2 kilograms, orbit: geosynchronous, delivered orbit: 189 x 35957 km x 23.70° [75] [78]
core number: 1022
  F) 2016-05-01, Successful static fire (no payload) [74]
  D) 2016-05-05, Weather delay [76]
  L) 2016-05-06, Successful launch (the one with the first GTO barge landing) [77]
  BR) 2016-05-06, Successful landing at OCISLY (3 engine landing burn) [77]
  F) 2016-07-28, Successful full duration static fire @ McGregor [91]
  F) 2016-07-29, Successful full duration static fire @ McGregor [91]
  F) 2016-07-30, Successful full duration static fire @ McGregor [91]
  F) 2016-10-05, Confirmation of 8th static fire @ McGregor [98]


Falcon 9 Flight 25 - Thaicom-8
payload mass: ~3,200 kilograms, orbit: geosynchronous, delivered orbit: 349 x 90392 km x 21.21° [81]
core number: 1023
  F) 2016-05-24, Successful static fire (with payload) [79]
  C) 2016-05-26, Scrub due to an issue with an upper stage engine actuator [80]
  L) 2016-05-27, Successful launch (the one with the first stage landing cam) [80]
  BR) 2016-05-27, Successful landing at OCISLY (1-3-1 engine landing burn) [80]

Falcon 9 Flight 26 - Eutelsat 117W B & ABS 2A
payload mass: 4,200 kilograms, orbit: geosynchronous
delivered orbit: 395 x 62591 km x 24.68°(Eutelsat), 398 x 62750 km x 24.68°(ABS) [83] [84]
  D) 2016-06-10, 2 day static fire delay probably due to range conflict with Delta IV Heavy at the pad [85]
  F) 2016-06-12, Successful static fire [85]
  L) 2016-06-15, Successful launch (the one with the Delta IV Heavy conflict) [82]
  BL) 2016-06-15, Hard landing at OCISLY (3 engine landing burn, low thrust on 1 engine) [82][86]

Falcon 9 Flight 27 - CRS-9
payload mass: Dragon + 2,257 kilograms to ISS including IDA-2, orbit: LEO [88]
delivered orbit: 391 x 393km  x 51.6637° [90]
  F) 2016-07-16, Successful static fire [87]
  L) 2016-07-18, Successful launch (the one with the second land landing)[89]
  BR) 2016-07-18, Successful landing at LZ1[89]

Falcon 9 Flight 28 - JCSAT-16
payload mass: 4,600 kilograms, orbit: geosynchronous [94]
delivered orbit:  184 x 35912 km x 20.85° [96]
  F) 2016-08-11, Successful static fire (no payload) [92] [93]
  L) 2016-08-14, Successful launch (the one with the first GTO 1 engine landing burn) [95]
  BR) 2016-08-14, Successful landing at OCISLY (1 engine landing burn) [95]

Falcon 9 Flight 29 - AMOS-6
payload mass: 5,500 kilograms, orbit: geosynchronous [97]
  S) 2016-09-01, Failure during prop loading for static fire, loss of payload (the one where the static fire went kaboom) [97]

Falcon 9 Flight 30 - Iridium NEXT-1 RTF Mission
payload mass: 9,600 kilograms (10x860kg + 1000kg dispenser)[99] orbit: 780 km x 780 km, 86.4° [104]
delivered orbit:618 x 627 km x 86.66° [103]
core number: 1029 - Droneship landing - Pad SLC-4E
  S) 2017-01-03, Scrub due to a minor GSE issue [101]
  F) 2017-01-05, Successful static fire (no payload) [100]
  L) 2017-01-14, Successful launch (the one with the live rocketcam S1 landing) [102]
  BR) 2017-01-14, Successful landing at JRTI (1 engine landing burn) [102]

Falcon 9 Flight 31 - CRS-10
payload mass: Dragon + 2,490 kilograms to ISS including SAGE-III, STP-H5, orbit: LEO [105]
delivered orbit: 363 x 209km  x 51.63° [106]
core number: 1031 - RTLS - Pad 39A
  F) 2017-02-12, Successful static fire [105]
  C) 2017-02-18, Scrub at T-13sec due to an issue with an upper stage engine actuator [105]
  L) 2017-02-19, Successful launch (the one with the first 39A launch)[105]
  BR) 2017-02-19, Successful landing at LZ1[105]

Falcon 9 Flight 32 - Echostar 23
payload mass: 5,500 kilograms, orbit: geosynchronous [108]
delivered orbit:  179 x 35903 km x 22.43° [109]
core number: 1030 - expendable - Pad 39A
  S) 2017-03-07, Scrub due to an unspecified issue [107]
  F) 2017-03-09, Successful static fire [107]
  W) 2017-03-14, Scrub due to high winds [108]
  L) 2017-03-16, Successful launch (the one with the first non-NASA launch from 39A)[108]

Falcon 9 Flight 33 - SES-10
payload mass: 5,300 kilograms, orbit: geosynchronous [112]
delivered orbit: 247 x 35673 km x 26.18° [113]
core number: 1021.2 - Droneship landing - Pad 39A
  F) 2017-03-27, Successful static fire (5 second burn) [109]
  L) 2017-03-30, Successful launch (the one with the first reflight of a core stage)[110]
  BR) 2017-03-30, Successful landing at OCISLY[110]

Falcon 9 Flight 34 - NROL-76
payload mass: classified,  orbit: classified
delivered orbit: 398 x 401 km x 49.95° (classified, was found at this orbit by Leo Barhorst) [120]
core number: 1032 - RTLS - Pad 39A
  F) 2017-04-25, Successful static fire [115]
  C) 2017-04-30, Scrub at T-52sec due to an "out of family" TOTO (Temperature Ox. Tank Outlet) sensor on the first stage [117]
  L) 2017-05-01, Successful launch (the one with the awesome recovery video) [114]
  BR) 2017-05-01, Successful landing at LZ1 [114]

Falcon 9 Flight 35 - Inmarsat 5 F4
payload mass: 6,070 kilograms, orbit: geosynchronous [118]
delivered orbit: 384 x 70181 km x 24.47° (GTO-1570)[119]
core number: 1034 - expendable - Pad 39A
  F) 2017-05-11, Successful static fire [117]
  L) 2017-05-15, Successful launch (the one where they moved from Falcon Heavy to Falcon 9)[118]

Falcon 9 Flight 36 - CRS-11
payload mass: Dragon C106 (CRS-4) + 2708 kilograms to ISS including NICER, ROSA, and MUSES,  orbit: LEO [121]
delivered orbit: 204 x 355 x 51.6° [137]
core number: 1035 - RTLS - Pad 39A
  F) 2017-05-28, Successful static fire [122]
  W) 2017-06-01, Scrub at T-25min:38sec due to lightning strike within 10 nmi [123][124]
  L) 2017-06-03, Successful launch (the one with the first reused Dragon capsule)[121]
  BR) 2017-06-03, Successful landing at LZ1[121]

Falcon 9 Flight 37 - Bulgariasat-1
payload mass: 3669kg, orbit: GTO [125]
delivered orbit: 210 x 65641 km x 23.91° [126]
core number: 1029.2 - Droneship landing - Pad 39A
  F) 2017-06-15, Successful static fire [125]
  D) 2017-06-19, Mission delay in order to replace a faulty valve in the fairing separation system [125]
  L) 2017-06-23, Successful launch (the one with the booster that landed on two oceans) [125]
  BR) 2017-06-23, Successful landing on OCISLY [125]

Falcon 9 Flight 38 - Iridium NEXT-2
payload mass: 9,600 kilograms (10 x 860kg + 1000kg dispenser) [99] orbit: 780 km x 780 km, 86.4° [104]
delivered orbit: 610 x 625 km x 86.67° [127]
core number: 1036 - Droneship landing - Pad SLC-4E
  F) 2017-06-20, Successful static fire [128]
  L) 2017-06-25, Successful launch (the one where they launched 2 rockets in a weekend) [129]
  BR) 2017-06-25, Successful landing on JRTI [129]

Falcon 9 Flight 39 - Intelsat 35e
payload mass: 6,761kg, orbit: GTO [131]
delivered orbit: 296 x 42742 km x 25.85° [132]
core number: 1037 - expendable - Pad 39A
  F) 2017-06-29, Successful static fire [130]
  C) 2017-07-02, Scrub at T-09sec due an issue with the GNC criteria [131]
  C) 2017-07-03, Scrub at T-09sec due to an issue with the ground computers [131]
  D) 2017-07-04, Mission delay in order to review all rocket and pad systems [133]
  L) 2017-07-05, Successful launch (the one where they took 3 attempts over the July 4th weekend to launch a naked rocket) [131]

Falcon 9 Flight 40 - CRS-12
payload mass: Dragon +  2,910 kilograms to ISS including ISS-CREAM, orbit: LEO [134]
delivered orbit: 202 x 358 x 51.6° [136]
core number:  B1039 - RTLS - Pad 39A
  F) 2017-08-10, Successful static fire [135]
  L) 2017-08-14, Successful launch (the one with the one month gap due to range maintenance)[134]
  BR) 2017-08-14, Successful landing at LZ1[134]

Falcon 9 Flight 41 - Formosat-5
payload mass: 475 kilograms [138] orbit: SSO 720 km x  720 km, 98.28° [139] 
delivered orbit: 730 km x 717 km x 99.26° [140] 
core number: B1038 - Droneship landing - Pad SLC-4E
  F) 2017-08-19, Successful static fire [141]
  L) 2017-08-24, Successful launch (the one with the tiny satellite that was originally manifested on Falcon 1e) [138]
  BR) 2017-08-24, Successful landing on JRtI [138]

Falcon 9 Flight 42 - OTV-5 (X-37B Spaceplane)
payload mass:  classified orbit: classified
delivered orbit: classified   
core number:  B1040 - RTLS - Pad 39A [142]
  F) 2017-08-31, Successful static fire [142]
  L) 2017-09-07, Successful launch (the one launched in the teeth of a hurricane) [143]
  BR) 2017-09-07, Successful landing at LZ1 [143]

Falcon 9 Flight 43 - Iridium NEXT-3
payload mass: 9,600 kilograms (10 x 860kg + 1000kg dispenser) [99] orbit: 780 km x 780 km, 86.4° [104]
delivered orbit: 612 x 627 km x 86.68° [147]
core number: B1041 - Droneship landing - Pad SLC-4E
  F) 2017-10-05, Successful static fire [145]
  L) 2017-10-09, Successful launch (the one with the impressive plume interaction between S1 and S2) [146]
  BR) 2017-10-09, Successful landing on JRTI [146]

Falcon 9 Flight 44 - SES 11/Echostar 105
payload mass: 5,200 kilograms, orbit: GTO [149]
delivered orbit: 309 x 40519 km x 27.89° [150]
core number: B1031.2 - Droneship landing - Pad 39A
  F) 2017-10-02, Successful static fire (5 second burn) [148]
  D) 2017-10-07, Mission delay in order to resolve an issue with a first stage engine [149]
  L) 2017-10-11, Successful launch (the one with the sparks and glowing gridfins on reentry) [149]
  BR) 2017-10-11, Successful landing on OCISLY [149]

Falcon 9 Flight 45 - Koreasat-5A
payload mass: 3,700 kilograms, orbit: GTO [186]
delivered orbit: 285 x 50185 km x 22.0° [158]
core number: B1042 - Droneship landing - Pad 39A
  F) 2017-10-26, Successful static fire (5 second burn) [156]
  L) 2017-10-30, Successful launch (the one which landed with its pants on fire) [157]
  BR) 2017-10-30, Successful landing on OCISLY [157]

Falcon 9 Flight 46 - CRS-13
payload mass: Dragon C108(CRS-6) +  2,205 kilograms to ISS including Space Debris Sensor, TSIS, orbit: LEO [187]
delivered orbit: 204 x 348 x 51.64° [192]
core number:  B1035.2 - RTLS - Pad SLC-40
  F) 2017-12-06, Successful static fire (7 seconds)[188]
  D) 2017-12-12, Mission delay to allow for additional time for pre-launch ground systems checks [190]
  D) 2017-12-13, Mission delay due to detection of particles in 2nd stage fuel system [191]
  L) 2017-12-15, Successful launch (the one with the pinstripes [first unwashed reused core, also first from rebuilt SLC-40])[189]
  BR) 2017-12-15, Successful landing at LZ1[189]

Falcon 9 Flight 47 - Iridium NEXT-4
payload mass: 9,600 kilograms (10 x 860kg + 1000kg dispenser) [99] orbit: 780 km x 780 km, 86.4° [104]
delivered orbit: 609 x 626 km x 86.7° [196]
core number: B1036.2 - Expendable - Pad SLC-4E
  F) 2017-12-18, Successful static fire [194]
  L) 2017-12-22, Successful launch (the one that became a nuclear alien UFO from North Korea) [193]
  BX) 2017-12-22, Booster expended due to it being an old version [195]

Falcon 9 Flight 48 - Northrop Grumman Zuma
payload mass: classified,  orbit: classified
delivered orbit: ?? x ?? km x ~50° (classified) [201]
core number: 1043 - RTLS - Pad SLC-40
  F) 2017-11-11, Successful static fire [198]
  D) 2017-11-15, Mission delay in order to conduct additional mission assurance work [199]
  D) 2017-11-16, Mission delay in order to take a closer look at data from recent fairing testing for another customer [200]
  D) 2018-01-04, Mission delay due to upper level winds. Did some propellant loading tests in the unique cold weather situation [202]
  L) 2018-01-08, Successful launch (the one where Falcon 9 did everything correctly [but the payload is rumored to be lost]) [197]
  BR) 2018-01-08, Successful landing at LZ1 [197]

Falcon 9 Flight 49 - GovSat-1 (SES-16) [203]
payload mass: 4,230 kilograms [204] orbit: geosynchronous [204]
delivered orbit: classified
core number: B1032.2 - Expendable - Pad SLC-40
  F) 2018-01-26, Successful static fire [205]
  D) 2018-01-30, Mission delay in order to replace a second stage sensor [206]
  L) 2018-01-31, Successful launch (the one where the first stage did not want to die)[204]
  BX) 2018-01-31, Booster expended due to it being an old version [204]

Falcon Heavy Flight 01 - Tesla Roadster [207]
payload mass: ~1,200 kilograms [208] orbit: HCO [209]
delivered orbit (heliocentric): 147,523,000 x 248,890,000 km [210]
core number: B1023.2 - RTLS, B1033 - Droneship landing, B1025.2 - RTLS - Pad 39A
  D) 2018-01-10, WDR delay. Unknown cause [211]
  S) 2018-01-11, WDR, but scrubbed static fire because of GSE issue [212]
  D) 2018-01-12, WDR delay. Unknown cause [213]
  D) 2018-01-13, WDR delay. Unknown cause [214]
  D) 2018-01-15, WDR delay. Unknown cause [215]
  D) 2018-01-16, WDR delay. Unknown cause [216]
  D) 2018-01-19, WDR delay. Possibly due to conflict with AtlasV (SBIRS) [217]
  S) 2018-01-20, WDR, but no static fire was planned for this day [218] [219]
  F) 2018-01-24, Successful static fire [220]
  L) 2018-02-06, Successful launch (the one we had been waiting for since the beginning of time) [209]
  BR) 2018-02-06, Successful landing of both side boosters at LZ1 [209]
  BL) 2018-02-06, Center core lost after running out of TEA/TEB for the landing burn [209]

Falcon 9 Flight 50 - PAZ & Microsat 2a/2b [221]
payload mass: 1,341 kilograms [222] orbit: 514 x 514 km, 97.44° [222]
delivered orbit: PAZ 519 x 502 km x 97,46° - Microsat 2a 517 x 500 km x 97,46° - Microsat 2b 517 x 499 km x 97,47° [223]
core number: B1038.2 - Expendable - Pad SLC-4E
  F) 2018-02-11, Successful static fire [224]
  D) 2018-02-17, Mission delay due to more time needed for pre-launch checks [225]
  D) 2018-02-18, Mission delay in order to perform final checkouts of upgraded fairing [226]
  W) 2018-02-21, Scrub due to high upper level winds [227]
  L) 2018-02-22, Successful launch (the one with the first fairing v2) [222]
  BX) 2018-02-22, Booster expended due to it being an old version [222]

Falcon 9 Flight 51 - Hispasat 1F (30W-6) [228]
payload mass: 6,092 kilograms [229] orbit: geosynchronous [229]
delivered orbit: 184 x 22,261 km x 26,97° [230]
core number: B1044 - Expendable - Pad SLC-40
  F) 2018-02-20, Successful static fire [231]
  D) 2018-02-25, Mission delay in order to conduct additional testing on the fairing’s pressurization system [232]
  L) 2018-03-06, Successful launch (the one surprise podsat ride-share)[229]
  BX) 2018-03-06, Booster expended due to bad weather in landing area [229]

Falcon 9 Flight 52 - Iridium NEXT-5 [233]
payload mass: 9,600 kilograms (10 x 860kg + 1000kg dispenser) [234] orbit: 780 km x 780 km, 86.4° [234]
delivered orbit: 607 x 627 km x 86,68° [235]
core number: B1041.2 - Expendable - Pad SLC-4E
  F) 2018-03-25, Successful static fire [236]
  D) 2018-03-29, Mission delay due to faulty satellite ground testing cable [237]
  L) 2018-03-30, Successful launch (the one with the NOAA imposed video blackout) [234]
  BX) 2018-03-30, Booster expended due to it being an old version [234]

Falcon 9 Flight 53 - CRS-14 [238]
payload mass: Dragon + 2,647 kilograms to ISS including RemoveDEBRIS [239], orbit: LEO [239]
delivered orbit: 204 x 357 x 51.6° [246]
core number: B1039.2 - Expendable - Pad SLC-40
  F) 2018-03-28, Successful static fire [240]
  L) 2018-04-02, Successful launch (the one with the large S2 vent right after dragon sep) [239]
  BX) 2018-04-02, Booster expended due to it being an old version [239]

Falcon 9 Flight 54 - TESS [241]
payload mass: 350 kilograms [242], orbit: 108,000 x 373,000 km 2:1 lunar resonance [242]
delivered orbit: 269 x 299450 km x 29,54° [243]
core number: B1045 - Droneship landing - Pad SLC-40
  F) 2018-04-11, Successful static fire [244]
  C) 2018-04-16, Scrubbed to conduct additional GNC analysis [245]
  L) 2018-04-18, Successful launch (the one with the last new block 4) [242]
  BR) 2018-04-18, Successful landing on OCISLY [242]

Falcon 9 Flight 55 - Bangabandhu-1 [247]
payload mass: 3500 kilograms [248], orbit: geosynchronous [248]
delivered orbit: 309 x 35549 km x 19,3° [249]
core number: B1046 - Droneship landing - Pad 39A
  D) 2018-04-30, Mission delay, unknown cause [250]
  D) 2018-05-01, Static fire delay, unknown cause [251]
  D) 2018-05-02, Static fire delay, unknown cause [252]
  F) 2018-05-05, Successful static fire [253]
  D) 2018-05-07, Mission delay, unknown cause [254]
  C) 2018-05-10, Scrubbed at T-58 sec because a ground system relay test failed to reset [248] & [255]
  L) 2018-05-11, Successful launch (the one with the first block 5) [248]
  BR) 2018-05-11, Successful landing on OCISLY [248]

Falcon 9 Flight 56 - Iridium NEXT-6 & GRACE-FO [256]
Iridium payload mass: 5,300 kilograms (5 x 860kg + 1000kg dispenser) [257] Iridium orbit: 780 km x 780 km, 86.4° [257]
GRACE-FO payload mass: 1,200 kilograms (2x 600kg) [257] GRACE-FO orbit: 490 km co-planar polar orbit [258]
Iridium delivered orbit: 481-496 x 707-719 km x 86,71° [259]
GRACE-FO delivered orbit: 483 x 504 km x 88,99° [260]
core number: B1043.2 - Expendable - Pad SLC-4E
  F) 2018-05-18, Successful static fire [261]
  D) 2018-05-19, Mission delay due to minor launch vehicle processing delay [262]
  D) 2018-05-21, Mission delay, range/VAFB readiness [263]
  L) 2018-05-22, Successful launch (the one where the Falcon 9 looked like a transparent squid) [257]
  BX) 2018-05-22, Booster expended due to it being an old version [257]


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[3] http://www.nasaspaceflight.com/2013/09/falcon-9-v1-1-hot-fire-ahead-cassiope-mission/
[4] http://www.nasaspaceflight.com/2013/09/spacex-debut-falcon-9-v1-1-cassiope-launch/
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[10] http://www.nasaspaceflight.com/2014/08/spacex-static-fire-asiasat-6-test-failure/
[11] http://www.nasaspaceflight.com/2014/08/spacex-delay-asiasat-6-launch/
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[16] http://www.nasaspaceflight.com/2014/05/spacex-targets-june-11-falcon-9-orbcomm/
[17] http://www.nasaspaceflight.com/2014/06/commercial-duo-refine-upcoming-launch-dates/
[18] http://www.nasaspaceflight.com/2014/06/spacex-completes-falcon-9-static-fire-delays-launch/
[19] http://www.nasaspaceflight.com/2014/07/spacex-conducts-static-fire-next-falcon-9/
[20] http://www.nasaspaceflight.com/2014/07/spacex-falcon-9-v1-1-orbcomm-og2-mission/
[21] http://www.nasaspaceflight.com/2014/03/falcon-9-v1-1-static-fire-crs-3-mission/
[22] http://www.nasaspaceflight.com/2014/03/sewing-machine-contamination-spacexs-crs-3-dragon/
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[40] https://www.youtube.com/watch?v=5v0k_0PTLnI&feature=youtu.be
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[51] http://forum.nasaspaceflight.com/index.php?topic=23454.msg666165#msg666165
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[146] https://www.nasaspaceflight.com/2017/10/spacex-falcon-9-launch-third-set-iridium-satellites/
[147] https://forum.nasaspaceflight.com/index.php?topic=43777.msg1734543#msg1734543
[148] https://www.nasaspaceflight.com/2017/10/recycled-falcon-9-static-fire-ses-11/
[149] https://www.nasaspaceflight.com/2017/10/falcon-9-second-launch-week-ses-11/
[150] http://forum.nasaspaceflight.com/index.php?topic=43728.msg1735686#msg1735686
[151] https://www.nasaspaceflight.com/2012/05/falcon-9s-merlin-engines-for-may-7-target/
[152] https://www.nasaspaceflight.com/2012/05/iss-schedule-dragon-launch-19-may-future-manifest-outlook/
[153] https://www.nasaspaceflight.com/2012/05/spacex-falcon-9-send-dragon-to-iss/
[154] https://www.nasaspaceflight.com/2012/05/spacexs-dragon-achieving-milestones-falcon-9-ride/
[155] https://www.nasa.gov/pdf/649910main_cots2_presskit_051412.pdf
[156] https://www.nasaspaceflight.com/2017/10/spacex-static-fire-falcon-9-koreasat-5a/
[157] https://www.nasaspaceflight.com/2017/10/falcon-9-koreasat-5a-nasa-approves-flown-boosters/
[158] https://twitter.com/planet4589/status/925127539131060225
[159] http://www.spacex.com/news/2005/february-2005-may-2005
[160] http://www.spacex.com/news/2005/february-2005-may-2005
[161] https://spaceflightnow.com/falcon/050527frf/
[162] http://forum.nasaspaceflight.com/index.php?topic=918.msg10654#msg10654
[163] http://forum.nasaspaceflight.com/index.php?topic=1043.msg12801#msg12801
[164] http://forum.nasaspaceflight.com/index.php?topic=1431.msg19956#msg19956
[165] http://forum.nasaspaceflight.com/index.php?topic=1431.msg20078#msg20078
[166] http://forum.nasaspaceflight.com/index.php?topic=3533.msg52550#msg52550
[167] http://forum.nasaspaceflight.com/index.php?topic=5101.msg104272#msg104272
[168] http://forum.nasaspaceflight.com/index.php?topic=5101.msg109976#msg109976
[169] http://forum.nasaspaceflight.com/index.php?topic=5101.msg117933#msg117933
[170] http://forum.nasaspaceflight.com/index.php?topic=5101.msg121395#msg121395
[171] http://forum.nasaspaceflight.com/index.php?topic=5101.msg122306#msg122306
[172] http://forum.nasaspaceflight.com/index.php?topic=7169.msg122640#msg122640
[173] http://forum.nasaspaceflight.com/index.php?topic=7169.msg1037430#msg1037430
[174] http://forum.nasaspaceflight.com/index.php?topic=13179.msg292907#msg292907
[175] http://forum.nasaspaceflight.com/index.php?topic=13179.msg293795#msg293795
[176] http://forum.nasaspaceflight.com/index.php?topic=13179.msg293428#msg293428
[177] http://forum.nasaspaceflight.com/index.php?topic=13939.msg303651#msg303651
[178] https://www.nasaspaceflight.com/2008/09/live-space-xs-falcon-i-to-make-fourth-attempt-for-success/
[179] http://forum.nasaspaceflight.com/index.php?topic=13507.msg316895#msg316895
[180] http://forum.nasaspaceflight.com/index.php?topic=13507.msg317354#msg317354
[181] http://www.flightglobal.com/blogs/hyperbola/2009/04/spacex-no-rocket-damage-link-t.html (link is dead, original blog entry copied below via the Wayback Machine)

--- Quote ---SPACEX: No rocket damage link to Razaksat delay
By Rob Coppinger on April 22, 2009 12:19 AM
Space Exploration Technologies has responded to Hyperbola's enquiry about the last minute announcement of the delay to the company's first commercial launch with its Falcon 1 rocket, scheduled for 20 April, and denied there is any damage to the rocket:
We are re-evaluating predicted launch vehicle environments on the satellite to ensure all systems are ready to support a successful launch. As for this being a "late" find, flushing out this type of potential issue is exactly why we do pre-launch tests and checkouts. Contrary to other reports, there is no damage to the launch vehicle (all prelaunch checks were accomplished successfully, including the successful static test fire of the vehicle last Wednesday). We are evaluating the extent of the delay, and I will let you know as soon as we have a new date for both RazakSAT and Falcon 9.
--- End quote ---
[182] http://forum.nasaspaceflight.com/index.php?topic=16054.msg393169#msg393169
[183] https://www.nasaspaceflight.com/2009/07/live-falcon-1-razaksat-for-malaysias-atsb/
[184] http://forum.nasaspaceflight.com/index.php?topic=20799.msg559044#msg559044
[185] http://forum.nasaspaceflight.com/index.php?topic=20799.msg559800#msg559800
[186] https://www.thalesgroup.com/en/worldwide/space/press-release/another-thales-alenia-space-built-satellite-now-orbit
[187] https://www.nasaspaceflight.com/2017/12/flight-proven-falcon-9-launch-flown-dragon-iss/
[188] http://forum.nasaspaceflight.com/index.php?topic=44271.msg1756588#msg1756588
[189] https://www.nasaspaceflight.com/2017/12/flight-proven-falcon-9-launch-flown-dragon-iss/
[190] http://forum.nasaspaceflight.com/index.php?topic=44271.msg1758153#msg1758153
[191] http://forum.nasaspaceflight.com/index.php?topic=44271.msg1758573#msg1758573
[192] http://forum.nasaspaceflight.com/index.php?topic=44271.msg1760297#msg1760297
[193] https://www.nasaspaceflight.com/2017/12/spacex-2017-campaign-iridium-4-launch/
[194] https://twitter.com/SpaceX/status/942542372629463040
[195] http://forum.nasaspaceflight.com/index.php?topic=44273.msg1761371#msg1761371
[196] https://twitter.com/planet4589/status/944970319198064641
[197] https://www.nasaspaceflight.com/2018/01/spacex-falcon-9-launch-clandestine-zuma-satellite/
[198] https://twitter.com/spacex/status/929487948289937408
[199] https://twitter.com/SpaceX/status/930833296308674565
[200] https://twitter.com/SpaceX/status/931304237316710401
[201] http://www.satobs.org/seesat/Nov-2017/0059.html
[202] https://twitter.com/SpaceX/status/949074398543261696
[203] https://youtube.com/watch?v=ScYUA51-POQ
[204] https://www.nasaspaceflight.com/2018/01/spacex-govsat-1-falcon-9-launch/#more-54664
[205] https://twitter.com/spacex/status/956941584259411968
[206] https://twitter.com/SpaceX/status/958433771493081088
[207] https://youtube.com/watch?v=wbSwFU6tY1c
[208] http://www.spacelaunchreport.com/falconH.html#components
[209] https://www.nasaspaceflight.com/2018/02/spacex-debut-falcon-heavy-demonstration-launch
[210] https://ssd.jpl.nasa.gov/horizons_batch.cgi?batch=1&COMMAND=-143205&CENTER=%[email protected]%27&MAKE_EPHEM=YES&TABLE_TYPE=ELEMENTS&START_TIME=2018-05-01&STOP_TIME=%272018-05-01+00:00:01%27&OUT_UNITS=AU-D&REF_PLANE=ECLIPTIC&REF_SYSTEM=J2000&TP_TYPE=ABSOLUTE&ELEM_LABELS=YES&CSV_FORMAT=NO&OBJ_DATA=YES
[211] https://twitter.com/SpaceflightNow/status/951140588853825536
[212] https://www.teslarati.com/spacex-falcon-heavy-first-static-fire-test-cape-canaveral-scrubbed
[213] https://twitter.com/EmreKelly/status/951758488723652608
[214] https://twitter.com/AmericaSpace/status/952010250336591872
[215] https://twitter.com/SpaceflightNow/status/952716498841284608
[216] https://twitter.com/ChrisG_NSF/status/953357152940412930
[217] https://twitter.com/EmreKelly/status/954321496872235008
[218] https://twitter.com/SpaceflightNow/status/954882198141849600
[219] https://twitter.com/KillianPhoto/status/954743527937847297
[220] https://twitter.com/elonmusk/status/956233892637286400
[221] https://youtube.com/watch?v=-p-PToD2URA
[222] https://www.nasaspaceflight.com/2018/02/spacex-falcon-9-paz-launch-starlink-demo-new-fairing
[223] https://forum.nasaspaceflight.com/index.php?topic=44892.msg1792623#msg1792623
[224] https://twitter.com/SpaceX/status/962784246128558080
[225] https://twitter.com/SpaceX/status/964342882579619841
[226] https://twitter.com/SpaceX/status/964937069901447168
[227] https://twitter.com/SpaceX/status/966313372814749701
[228] https://youtube.com/watch?v=Kpfrp-GMKKM
[229] https://www.nasaspaceflight.com/2018/03/spacex-50-falcon-9-heavy-hispasat-launch
[230] https://forum.nasaspaceflight.com/index.php?topic=44695.msg1796386#msg1796386
[231] https://twitter.com/spacex/status/966187350740127744
[232] https://twitter.com/SpaceX/status/967270883713679360
[233] https://youtube.com/watch?v=mp0TW8vkCLg
[234] https://www.nasaspaceflight.com/2018/03/iridium-next-5-satellites-spacex-falcon-9
[235] https://forum.nasaspaceflight.com/index.php?topic=44734.msg1805146#msg1805146
[236] https://twitter.com/SpaceX/status/977913864820895744
[237] https://forum.nasaspaceflight.com/index.php?topic=44734.msg1803313#msg1803313
[238] https://youtube.com/watch?v=BPQHG-LevZM
[239] https://www.nasaspaceflight.com/2018/04/crs-14-spacex-falcon-9-second-flight-previously-flown-dragon
[240] https://twitter.com/SpaceX/status/979053735195193344
[241] https://youtube.com/watch?v=aY-0uBIYYKk
[242] https://www.nasaspaceflight.com/2018/04/tess-launch-mission-search-near-earth-exoplanets
[243] https://forum.nasaspaceflight.com/index.php?topic=45038.msg1812747#msg1812747
[244] https://twitter.com/spacex/status/984146401578827776
[245] https://twitter.com/spacex/status/985975566535831552
[246] https://twitter.com/planet4589/status/980930517003657216
[247] https://youtube.com/watch?v=rQEqKZ7CJlk
[248] https://www.nasaspaceflight.com/2018/05/bangabandhu-1-launch-spacexs-affordable-space
[249] https://twitter.com/planet4589/status/995151013899309057
[250] https://forum.nasaspaceflight.com/index.php?topic=45522.msg1815100#msg1815100
[251] https://forum.nasaspaceflight.com/index.php?topic=45522.msg1816210#msg1816210
[252] https://forum.nasaspaceflight.com/index.php?topic=45522.msg1816855#msg1816855
[253] https://twitter.com/spacex/status/992571214265765890
[254] https://forum.nasaspaceflight.com/index.php?topic=45522.msg1818850#msg1818850
[255] https://www.youtube.com/watch?v=rQEqKZ7CJlk?t=7m5s
[256] https://youtube.com/watch?v=I_0GgKfwCSk
[257] https://www.nasaspaceflight.com/2018/05/falcon-9-iridium-next-6-grace-fo-launch
[258] https://directory.eoportal.org/web/eoportal/satellite-missions/g/grace-fo
[259] https://forum.nasaspaceflight.com/index.php?topic=45553.msg1824506#msg1824506
[260] https://forum.nasaspaceflight.com/index.php?topic=45553.msg1824410#msg1824410
[261] https://twitter.com/SpaceX/status/997571699213135872
[262] https://forum.nasaspaceflight.com/index.php?topic=45553.msg1821461#msg1821461
[263] https://forum.nasaspaceflight.com/index.php?topic=45553.msg1821959#msg1821959

----Special Thanks to----
ClayJar, Erazzzer, Proponent, eriblo, rower2000, saliva_sweet, heweheweh, meekGee, llanitedave, savuporo,
foltster, deruch, Bargemanos, Smoke-away, Comga, Swoopert, mikelepage, EspenU, dmc6960, Jonathan McDowell, EspenU

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