Sojuz MS-14

Sojuz MS-14
(Союз МС-14)
BeställareRoskosmos
ModellSojuz-MS
TillverkareRKK Energia
OperatörRoskosmos
Färdens tid15 dag, 17 tim, 45 min
NSSDC-ID2019-055A[1]
Uppskjutning
StartplatsBajkonur 31/6
Start22 augusti 2019,
03:38 UTC
RaketSojuz-2.1a
Landning
LandningsplatsKazakstan
Landning6 september 2019,
21:32 UTC
Omloppsbana
Banlutning51,6°
Dockning
RymdstationISS
Dockning27 augusti 2019,
03:08 UTC
PortZvezda, akter
Ur dockning6 september 2019,
18:15 UTC
Tid dockad10 dag, 15 tim, 6 min
Kronologi
Föregående uppdrag
Sojuz MS-13		Nästa uppdrag
Sojuz MS-15

Sojuz MS-14 (ryska: Союз МС-14) var en obemannad flygning i det ryska rymdprogrammet, till Internationella rymdstationen (ISS). Farkosten sköts upp med en Sojuz-2.1a-raket, från Kosmodromen i Bajkonur den 22 augusti 2019.

Målet med flygningen var att testa farkostens räddningsraket i kombination med en Sojuz-2.1a-raket.

Farkosten var även utrustad med ett nytt navigeringssystem, som i framtiden kommer att användas av en obemannad version av Sojuzfarkosten, kallad Sojuz-GVK.

Ombord fanns den ryska roboten Skybot F-850.

Farkosten dockade med rymdstationen den 27 augusti 2019.

Efter att ha lämnat rymdstationen den 6 september 2019 återinträdde den några timmar senare i jordens atmosfär och landade i Kazakstan.

Dockningsförsök

Den 24 augusti 2019 avbröts ett försökt att docka med rymdstationens Pojsk-modul.

Referenser

Den här artikeln är helt eller delvis baserad på material från engelskspråkiga Wikipedia, Soyuz MS-14, 19 augusti 2019.

Noter

  1. ^ ”NASA Space Science Data Coordinated Archive” (på engelska). NASA. https://nssdc.gsfc.nasa.gov/nmc/spacecraft/display.action?id=2019-055A. Läst 28 februari 2020. 
Obemannade flygningar till ISS
2000-2004
1P • 2P • 3P • 4P • 5P • 6P • 7P • 8P · 9P • 10P • 11P • 12P • 13P • 14P • 15P • 16P



2005-2009
17P • 18P • 19P • 20P • 21P • 22P • 23P • 24P • 25P • 26P • 27P • 28P • ATV‑1 • 29P • 30P • 31P • 32P • 33P • 34P • HTV‑1
2010-2014
35P • 36P • 37P • 38P • 39P • 40P • HTV‑2 • 41P • ATV‑2 • 42P • 43P · 44P† · 45P • 46P • ATV‑3 • 47P • SpX-D • HTV‑3 • 48P • SpX-1 • 49P • 50P • SpX-2 • 51P • ATV‑4 • 52P • HTV‑4 • Orb‑D1 • 53P • Orb‑1 • 54P • 55P • SpX‑3 • Orb‑2 • 56P • ATV‑5 • SpX‑4 · Orb‑3† · 57P
2015-2019
SpX‑5 • 58P • SpX‑6 · 59P† · SpX‑7† · 60P • HTV‑5 • 61P • OA‑4 • 62P • OA‑6 • 63P • SpX‑8 • 64P • SpX‑9 • OA‑5 · 65P† · HTV‑6 • SpX‑10 • 66P • OA‑7 • SpX‑11 • 67P • SpX‑12 • 68P • OA‑8E • SpX‑13 • 69P • SpX‑14 • OA‑9E • SpX‑15 • 70P • HTV‑7 • 71P • NG‑10 • SpX‑16 • SpX-DM1 • 72P • NG‑11 • SpX‑17 • SpX‑18 • 60S • HTV‑8 • 73P · Boe-OFT† · SpX‑19 • NG‑12 • 74P
2020-2024
SpX‑20 • NG‑13 • HTV‑9 • NG‑14 • SpX‑21 • NG‑15  · 75P • 76P • SpX‑22 • 77P • 78P • NG‑16 • SpX‑23 • SpX‑24 • Boe-OFT 2 • 79P • NG‑17 • 80P • SpX‑25 • 81P • SpX‑26 • 82P • CRS‑27 • NG‑18 • CRS‑28 • 83P
Pågår
NG‑19 • 84P • 85P
Planerade
NG‑20 • HTV‑X1 • CRS‑29 • NG‑21 • CRS‑30 • NG‑22 • CRS‑31 • NG‑23 • CRS‑32 • NG‑24 • CRS‑33 • NG‑25 • CRS‑34 • CRS‑35
Farkoster
† misslyckades att nå rymdstationen

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