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Progress missions to the ISS

Progress MS-15 approaches to dock the ISS

Russia’s Progress MS-15/76P resupply ship approaches the Station, 23/7/2020. (NASA)

On this page is a table of all completed Progress cargo ship flights to the International Space Station.

ISS Progress flight data
Ship Launcher Launch Dock Undock (final) Descent Notes
M1-3
1P
№ 251		 Soyuz-U № К15000-668 6 Aug 2000 at 18:26:42 from from Launch Complex 1, Site 5 (1/5) 8 Aug 2000 at 20:13 to Zvezda SM 1 Nov 2000 at 04:05 Deorbit 1 Nov 2000 at 07:05; destroyed 07:53:20
M1-4
2P
№ 253		 Soyuz-U № К15000-671 16 Nov 2000 at 01:32:36 from LC 1/5 18 Nov 2000 at 03:48 to Zarya FGB 8 Feb 2001 at 11:26 Deorbit 8 Feb 2001 at 12:59
M-44
3P
№ 244		 Soyuz-U № К15000-670 26 Feb 2001 at 08:09:35 from LC 1/5 28 Feb 2001 at 09:59:47 to Zvezda SM 16 Apr 2001 at 08:48 Deorbit 16 Apr 2001 at 13:23; destroyed 14:11
M1-6
4P
№ 255		 Soyuz-FG № К15000-001 20 May 2001 at 22:32:40 from LC 1/5 23 May 2001 at 00:23:57 to Zvezda SM 22 Aug 2001 at 06:02 Deorbit 22 Aug 2001 at 09:00; destroyed 09:50
M-45
5P
№ 245		 Soyuz-FG № М15000-065 21 Aug 2001 at 09:23:54 from LC 1/5 23 Aug 2001 at 09:51:42 to Zvezda SM 22 Nov 2001 at 16:12:01 Deorbit 22 Nov 2001 at 20:48; destroyed 21:35:23
M-SO1
4R
№ 301		 Soyuz-U № Ф(F)15000-677 15 Sep 2001 at 23:35 with Pirs M-SO1 (Docking Compartment-1) from LC 1/5 17 Sep 2001 at 01:05 to Zvezda SM 26 Sep 2001 at 15:36 Deorbit 26 Sep 2001 at 15:30; destroyed 21:01
M1-7
6P
№ 256		 Soyuz-FG № Ф15000-002 26 Nov 2001 at 18:24:12 from LC 1/5 28 Nov 2001 at 19:43:02 to Zvezda SM 19 Mar 2002 at 17:43 Deorbit 20 Mar 2002 at 01:27; destroyed 02:20
M1-8
7P
№ 257		 Soyuz-U № Ф15000-678 21 Mar 2002 at 20:13:39 from LC 1/5 24 Mar 2002 at 20:57:56 to Zvezda SM 25 Jun 2002 at 08:26:30 Deorbit 25 Jun 2002 at 11:35; destroyed 12:26:52
M-46
8P
№ 246		 Soyuz-U № Э(E)15000-679 26 Jun 2002 at 05:36:30 from LC 1/5 29 Jun 2002 at 06:23 to Zvezda SM 24 Sep 2002 at 13:58:49 Deorbit 14 Oct 2002 at 09:34; destroyed 10:21:59
M1-9
9P
№ 258		 Soyuz-FG № Э15000-003 25 Sep 2002 at 16:58:24 from LC 1/5 9 Sep 2002 at 17:00:54 to Zvezda SM 1 Feb 2003 at 16:00:54 Deorbit 1 Feb 2003 at 19:10; destroyed 20:00:28
M-47
10P
№ 247		 Soyuz-U № Э15000-680 2 Feb 2003 at 12:59:40 from LC 1/5 4 Feb 2003 at 14:49:04 to Zvezda SM 27 Aug 2003 at 22:48:08 Deorbit 28 Aug 2003 at 01:49; destroyed 02:37:46
M1-10
11P
№ 259		 Soyuz-U № Д(D)15000-681 8 Jun 2003 at 10:34:19 from LC 1/5 11 Jun 2003 at 11:14:53 to Pirs DC-1 4 Sep 2003 at 19:41:44 Deorbit 3 Oct 2003 at 11:26; destroyed 12:38:49
M-48
12P
№ 248		 Soyuz-U № Д15000-682 29 Aug 2003 at 01:47:49 from LC 1/5 31 Aug 2003 at 03:40:45 to Zvezda SM 28 Jan 2004 at 08:35:56 Deorbit 28 Jan 2004 at 13:11; destroyed 13:57:55
M1-11
13P
№ 260		 Soyuz-U № Д15000-683 29 Jan 2004 at 11:58:08 from LC 1/5 31 Jan 2004 at 13:13:11 to Zvezda SM 24 May 2004 at 09:19:29 Deorbit 3 Jun 2004 at 09:50; destroyed 10:37
M-49
14P
№ 249		 Soyuz-U № Д15000-684 25 May 2004 at 12:34:23 from LC 1/5 27 May 2004 at 13:54:46 to Zvezda SM 30 Jul 2004 at 06:04:28 Deorbit 30 Jul 2004 at 10:37; destroyed 11:23:35
M-50
15P
№ 350		 Soyuz-U № Д15000-685 11 Aug 2004 at 05:03:07 from LC 1/5 14 Aug 2004 at 05:01:08 to Zvezda SM 22 Dec 2004 at 19:38 Deorbit 22 Dec 2004 at 22:32:06; destroyed 23:23:38
M-51
16P
№ 351		 Soyuz-U № Ж(Zh)15000-092 23 Dec 2004 at 22:19:35 from LC 1/5 25 Dec 2004 at 23:57:45 to Zvezda SM 21 Feb 2005 at 10:06:30 Deorbit 9 Mar 2005 at 16:17; destroyed 17:03:11
M-52
17P
№ 352		 Soyuz-U № 093 28 Feb 2005 at 19:09:18 2 Mar 2005 at 20:10:08 to Zvezda SM 15 Jun 2005 at 20:16 Deorbit 15 Jun 2005 at 23:16; destroyed 16 Jun at 00:02:41
M-53
18P
№ 353		 Soyuz-U № Ж15000-094 17 Jun 2005 at 23:09:33 from LC 1/5 19 Jun 2005 at 00:42 to Zvezda SM 7 Sep 2005 at 10:25:57 Deorbit 7 Sep 2005 at 13:26; destroyed 14:12:40
M-54
19P
№ 354		 Soyuz-U № П(P)15000-095 8 Sep 2005 at 13:07:54 from LC 1/5 10 Sep 2005 at 14:42:03 to Zvezda SM 3 Mar 2006 at 10:06:10 Deorbit 3 Mar 2006 at 13:05; destroyed 13:52:18
M-55
20P
№ 355		 Soyuz-U № Ф(F)15000-080 21 Dec 2005 at 18:38:18 from LC 1/5 23 Dec 2005 at 19:46:18 to Pirs DC-1 19 Jun 2006 at 14:06:35 Deorbit 19 Jun 2006 at 17:06; destroyed 17:53:14
M-56
21P
№ 356		 Soyuz-U № П(P)15000-100 24 Apr 2006 at 16:03:25 from LC 1/5 26 Apr 2006 at 17:41:31 to Zvezda SM 19 Sep 2006 at 00:28 Deorbit 19 Sep 2006 at 03:28; destroyed 04:14:40
M-57
22P
№ 357		 Soyuz-U № Ц(Ts)15000-101 24 Jun 2006 at 15:08:18 from LC 1/5 26 Jun 2006 at 16:24:36 to Pirs DC-1 16 Jan 2007 at 23:29 Deorbit 17 Jan 2007 at 02:29; destroyed 03:15:20
M-58
23P
№ 358		 Soyuz-U № Ц15000-102 23 Oct 2006 at 13:40:36 from LC 1/5 26 Oct 2006 at 14:28:46 to Zvezda SM 27 Mar 2007 at 18:11 Deorbit 27 Mar 2007 at 22:44:30; destroyed 23:30:22
M-59
24P
№ 359		 Soyuz-U № Ц15000-107 18 Jan 2007 at 02:12:15 from LC 1/5 20 Jan 2007 at 02:58:53 to Pirs DC-1 1 Aug 2007 at 14:07 Deorbit 1 Aug 2007 at 18:42; destroyed 19:27
M-60
25P
№ 360		 Soyuz-U № Ц15000-104 12 May 2007 at 03:25:38 from LC 1/5 15 May 2007 at 05:10 to Zvezda SM 19 Sep 2007 at 00:36:51 Deorbit 25 Sep 2007 at 19:01; destroyed 19:47:59
M-61
26P
№ 361		 Soyuz-U № Ш(Sh)15000-108 or Ц(Ts)15000-108? 2 Aug 2007 at 17:33:47.843 from LC 1/5 5 Aug 2007 at 18:40:25 to Pirs DC-1 22 Dec 2007 at 03:57 Deorbit 22 Jan 2007 at 19:06; destroyed 19:51:59
M-62
27P
№ 362		 Soyuz-U № Ш15000-109 23 Dec 2007 at 07:12:40.914 from LC 1/5 26 Dec 2007 at 08:14:06 to Pirs DC-1 4 Feb 2008 at 10:31:52 Deorbit 15 Feb 2008 at 9:44; destroyed 10:29:34
M-63
28P
№ 363		 Soyuz-U № Ц(Ts)15000-106 5 Feb 2008 at 13:02:57 from LC 1/5 7 Feb 2008 at 14:30:13 to Pirs DC-1 7 Apr 1008 at 08:49:42 Deorbit 7 Apr 2008 at 11:50; destroyed 12:36
M-64
29P
№ 364		 Soyuz-U № Ш15000-110 14 May 2008 at 20:22:56.216 from LC 1/5 16 May 2008 at 21:39:20 to Pirs DC-1 1 Sep 2008 at 19:46:39 Deorbit 9 Sep 2008 at 20:47; destroyed 21:33:19
M-65
30P
№ 365		 Soyuz-U № Ш15000-111 10 Sep 2008 at 19:50:02 from LC 1/5 17 Sep 2008 at 18:43:08 to Zvezda SM (delayed from 12/9 due to Hurricane Ike) 14 Nov 2008 at 16:17 Deorbit 7 Dec 2008 at 08:02:00; destroyed 08:48:47
M-01M
31P
№ 401		 Soyuz-U № Ш15000-114 26 Nov 2008 at 12:38:38 from LC 1/5 30 Nov 2008 at 12:28:10 to Pirs DC-1 6 Feb 2009 at 04:10:44 Deorbit 8 Feb 2009 at 07:32:00; destroyed 08:19:27
M-66
32P
№ 366		 Soyuz-U № Ю(Yu)15000-115 10 Feb 2009 at 05:49:46 from LC 31/6 13 Feb 2009 at 07:19:00 to Pirs DC-1 6 May 2009 at 15:18 Deorbit 18 May 2009 at 14:28:30; destroyed 15:14:45
M-02M
33P
№ 402		 Soyuz-U № Ц(Ts)15000-113 7 May 2009 at 18:37:09 from LC 1/5 12 May 2009 at 19:24:23 to Pirs DC-1 30 June 2009 at 18:29:43 Deorbit 13 Jul 2009 at 15:43:00
M-67
34P
№ 367		 Soyuz-U № Ю15000-112 24 Jul 2009 at 10:56:56 from LC 1/5 27 Jul 2009 at 11:12:10 to Zvezda SM 21 Sep 2009 at 07:25 Deorbit 27 Sep 2009 at 09:32:00; destroyed 10:19:11
M-03M
35P
№ 403		 Soyuz-U № Ю15000-120 15 Oct 2009 at 01:14:37 18 Oct 2009 at 01:41 to Pirs DC-1 22 Apr 2010 at 16:29:30 Deorbit 27 Apr 2010 at 18:05:00; destroyed 18:50:56
M-MRM2
5R
№ 302		 Soyuz-U № Б(B)15000-121 10 Nov 2009 at 14:22:04.057 from LC 1/5 12 Nov 2009 at 15:41:42 to Zvezda SM, zenith port 8 Dec 2009 at 00:16 Deorbit 8 Dec 2009 at 04:48:30 Transported new Poisk MIM-2 module
M-04M
36P
№ 404		 Soyuz-U № Б15000-117 3 Feb 2010 at 03:45:29 from LC 1/5 5 Feb 2010 at 04:25:58 to Zvezda SM 10 May 2010 at 11:15:31 Deorbit 1 Jul 2010 at 13:54:00; destroyed 14:40:55
M-05M
37P
№ 405		 Soyuz-U № Б15000-118 28 Apr 2010 at 17:15:09 from LC 1/5 1 May 2010 at 18:30:21 to Pirs DC-1 25 October 2010 at 14:25 Deorbit 15 Nov 2010 at 08:50:00; destroyed 09:37:02
M-06M
38P
№ 406		 Soyuz-U № Б15000-119 30 Jun 2010 at 15:35:14 from LC 1/5 2 Jul 2010;
dock 4 Jul 2010 at 16:17:26 to Zvezda SM		 31 Aug 2010 at 11:21:37 Deorbit 6 Sep 2010 at 12:13:50; destroyed 12:23:50 First docking attempt aborted due to TORU glitch
M-07M
39P
№ 407		 Soyuz-U № Б15000-122 10 Sep 2010 at 10:22:57 from LC 31/6 12 Sep 2010 at 11:57:57 to Zvezda SM 20 Feb 2011 at 13:11:47 Deorbit at 16:12:00; destroyed 16:58:23
M-08M
40P
№ 408		 Soyuz-U № И(I)15000-123 27 Oct at 15:11:50 from LC 1/5 30 Oct 2010 at 16:35:40 to Pirs DC-1 24 Jan 2011 at 00:42:43 Deorbit at 05:16:44; destroyed 06:07:03
M-09M
41P
№ 409		 Soyuz-U № И15000-126 28 Jan 2011 at 01:31:39 from LC 1/5 30 Jan 2011 at 02:38:50 to Pirs DC-1 22 Apr 2011 at 11:41 Deorbit 12:36:00; destroyed 13:22:53
M-10M
42P
№ 410		 Soyuz-U № Ю15000-116 27 Apr 2011 at 13:05:21 from LC 1/5 29 Apr 2011 at 14:28:44 to Pirs DC-1 29 Oct 2011 at 09:04 Deorbit 12:11; destroyed 13:00
M-11M
43P
№ 411		 Soyuz-U № И15000-128 21 Jun 2011 at 14:38:15 from LC 1/5 23 Jun 2011 at 16:37:03 to Zvezda SM 23 Aug 2011 at 09:37:32 Deorbit 1 Sep 2011 at 09:34:31; destroyed 10:21:41
M-12M
44P
№ 412		 Soyuz-U № Л15000-132 24 Aug 2011 at 13:00:08 from LC 1/5 Didn’t happen Didn’t happen Didn’t happen
M-13M
45P
№ 413		 Soyuz-U № И15000-129 30 Oct 2011 at 10:11:12 from LC 1/5 2 Nov 2011 at 11:41:35 to Pirs DC-1 23 Jan 2012 at 22:09:35. Deorbit 25 Jan 2012 at 02:25:00; destroyed 03:17:56 After undocking, its orbit was temporarily raised to an altitude of 500 km, where a small spacecraft, Chibis-M, was launched on autonomous flight, an experimental “microsatellite” to study the physical processes in atmospheric lightning discharges
M-14M
46P
№ 414		 Soyuz-U № И15000-127 25 Jan 2012 at 23:06:40 from LC 1/5 28 Jan 2012 at 00:08:54 to Pirs DC-1 19 April 2012 at 15:04 Deorbit 28 Apr 2012
M-15M
47P
№ 415		 Soyuz-U № Л15000-135 20 Apr 2012 at 12:50:24 from LC 31/6 22 Apr 2012 at 14:39:33 to Pirs DC-1;
docked on 29 Jul at 01:01		 31 July 2012 at 21:19:19o Deorbit 20 Aug 2012 at 15:22
  • Failed to redock on first try (24 July at 01:57) due to glitch in new upgraded Kurs-NA docking system
  • Conducted geophysical experiment “Radar-Progress” after final undocking
M-16M
48P
№ 416		 Soyuz-U № Л15000-134 1 Aug 2012 at 07:35 from LC 1/5 2 Aug 2012 at 01:18 to Pirs DC-1 9 Feb 2013 at 13:15:22 Deorbit 11 Feb 2013 at 16:19 New fast rendezvous profile (6 hours from launch to docking) attempted
M-17M
49P
№ 417		 Soyuz-U № Л15000-136 31 Oct 2012 at 07:41:18 from LC 1/5 31 Oct 2012 at 13:33:46 to Zvezda SM 15 Apr 2013 at 12:02:36 Deorbit 21 Apr 2013 at 14:10
M-18M
50P
№ 418		 Soyuz-U № Л15000-137 11 Feb 2013 at 14:41:46 from LC 1/5 11 Feb 2013 at 20:35:21 to Pirs DC-1 14 Jul 2013 at 04:44 Deorbit 26 Jul at 04:53
M-19M
51P
№ 419		 Soyuz-U № Л15000-138 24 Apr 2013 at 10:12:16 from LC 1/5 26 Apr 2013 at 12:25 to Zvezda SM 11 Jun 2013 at 13:58 Deorbit 19 Jun 2013 at 12:53:31
M-20M
52P
№ 420		 Soyuz-U № Л15000-130 28 Jul 2013 at 04:45:08 from LC 31/6 28 Jul 2013 at 10:26 to Pirs DC-1 2 Feb 2014 at 16:20 Deorbit 11 Feb 2014 at 15:06:30
M-21M
53P
№ 421		 Soyuz-U № Е15000-133 25 Nov 2013 at 20:53 from LC 31/6 29 Nov 2013 at 22:30 to Zvezda SM 9 Jun 2014 at 13:33 Deorbit 9 Jun 2014 at 16:34
M-22M
54P
№ 422		 Soyuz-U № Е15000-139 5 Feb 2014 at 16:23:32 from LC 1/5 5 Feb 2014 at 22:22 to Pirs DC-1 7 Apr 2014 at 13:58 Deorbit 18 Apr 2014 at 15:52; destroyed 16:32
M-23M
55P
№ 427		 Soyuz-U № T15000-141 9 Apr 2014 at 15:26:27 from LC 1/5 9 Apr 2014 at 21:14 to Pirs DC-1 22 Jul 2014 at 21:44 Deorbit 1 Aug 2014
M-24M
56P
№ 423		 Soyuz-U № T15000-140 23 Jul 2014 at 21:44:44 from LC 1/5 24 Jul 2014 at 03:31 to Pirs DC-1 27 Oct 2014 at 05:38 Deorbit 20 Nov 2014
M-25M
57P
№ 424		 Soyuz-2.1a № Г(G)15000-021 29 Oct 2014 at 07:09:43 from LC 31/6 29 Oct 2014 at 13:08:20 to Pirs DC-1 25 Apr 2015 at 06:41:14 Deorbit 26 Apr 2015 at 12:08; entered Pacific Ocean at 12:57
  • TsUP are now UTC +3
  • First launch of Progress from new Soyuz rocket version
M-26M
58P
№ 425		 Soyuz-U № T15000-144 17 Feb 2015 at 11:00:17 from LC 1/5 17 Feb 2015 at 16:57 to Zvezda SM 14 Aug 2015 at 10:19:30 Deorbit 14 Aug 2015 at 13:28; destroyed 14:17
M-27M
59P
№ 426		 Soyuz-2.1a № Г15000-022 28 Apr 2015 at 07:09:50 from LC 31/6 Didn’t happen Didn’t happen Deorbit 8 May 2015; destroyed 02:04 Fast rendezvous profile aborted due to various problems, and M-27M was deorbited
M-28M
60P
№ 428		 Soyuz-U № T15000-142 3 Jul 2015 at 04:55:50 from LC 1/5 5 Jul 2015 at 07:11 to Pirs DC-1 9 Feb 2016 at 07:35 Deorbit 9 Feb 2016 at 10:42; destroyed 11:28
M-29M
61P
№ 429		 Soyuz-U № Г15000-146 1 Oct 2015 at 16:49:40 from LC 1/5 1 Oct 2015 at 22:54:24 to Zvezda SM 30 Mar 2016 at 14:15:30 8 Apr 2016
MS-01
62P
№ 431		 Soyuz-2.1a № Р(R)15000-026 21 Dec 2015 at 08:44:39 from LC 31/6 23 Dec 2015 at 10:31:03 to Pirs DC-1 6 Jul 2016 at 03:48 Deorbit 6 Jul 2016 at 07:00
MS-02
63P
№ 432		 Soyuz-2.1a № Р(R)15000-023 31 Mar 2016 at 16:23:57 from LC 31/6 2 Apr 2016 at 17:58 to Zvezda SM 16 Oct 2016
MS-03
64P
№ 433		 Soyuz-U № Г15000-147 16 Jul 2016 at 21:41:46 from LC 31/6 19 Jul 2016 at 00:02:20 to Pirs DC-1 31 Jan 2017 at 14:25 Deorbit 31 Jan 2017 at 17:34; re-enter/destroyed at 18:10
MS-04
65P
№ 434		 Soyuz-U № Р15000-148 1 Dec 2016 at 14:51:52 from LC 1/5 Didn’t happen Didn’t happen Didn’t happen Launch failure: telemetry stopped after 382 seconds of flight; ship burned up in atmosphere on re-entry
MS-05
66P
№ 435		 Soyuz-U № Т15000-145 22 Feb 2017 at 05:58:33 (08:58:33 MT) from LC 1/5 24 Feb 2017 to Pirs DC-1 20 Jul 2017 at 17:46 Deorbit 20 Jul 2017 at 20:58; destroyed 21:32 Last launch of the Soyuz-U rocket type
MS-06
67P
№ 436		 Soyuz-2.1a № У(U)15000-028 14 Jun 2017 at 09:20:13 (12:20:13 MT) from LC 31/6 16 Jun 2017 at 11:42:30 ±3 (14:42:30 ±3 MT) to Zvezda SM (aft port) 28 Dec 2017 at 01:03:30 Deorbit 28 Dec 2017 at 04:10:33; destroyed 04:43 NASASpaceflight.com: Progress MS-06 docks; mission to remove Pirs module delayed
MS-07
68P
№ 437		 Soyuz-2.1a № У15000-029 14 Oct 2017 at 08:46:53.478 from LC 31/6 16 Oct 2017 at 11:04:05 to Pirs DC-1 28 Mar 2018 at 13:50:30 Deorbit 26 Apr 2018
MS-08
69P
№ 438		 Soyuz-2.1a № У15000-030 13 Feb 2018 at 08:13:33.233 from LC 31/6 15 Feb 2018 to Zvezda SM 21 Aug 2018
MS-09
70P
№ 439		 Soyuz-2.1a № Н(N)15000-033 9 Jul 2018 at 21:51:33 from LC 31/6 10 Jul 2018 at 01:31 to Pirs DC-1 25 Jan 2019 at 12:55 (15:55 Moscow time) Deorbit 25 Jan 2019 at 16:08 (19:08 Moscow time); destroyed at 16:50 (19:50 Moscow time) “For the first time in history, the Progress MS-09 TGC arrived at the station 3 hours 40 minutes after launch from the Baikonur cosmodrome and was part of the orbital station from July 10, 2018.” (Progress MS-09 completes super fast 4-hour rendezvous with Space Station, NASASpaceflight.com; Roskosmos
MS-10
71P
№ 440		 Soyuz-FG № Н(N)15000-068 16 Nov 2018 at 21:51:33 from LC 1/5 18 Nov 2018 at 19:28:04 to Zvezda SM 3 Jun 2019
MS-11
72P
№ 441		 Soyuz-2.1a № Я(Ya)15000-036 4 Apr 2019 at 11:01:35 from LC 31/6 4 Apr 2019 at 14:25 to Pirs DC-1 29 Jul 2019 at 10:44 Deorbit 29 Jul 2019 at 13:50; destroyed at 14:32 Two-orbit, Fast Rendezvous Profile flight – 3 hours 21 minutes
MS-12
73P
№ 442		 Soyuz-2.1a № Н(N)15000-035 31 Jul 2019 at 12:10:46 from LC 31/6 31 Jul 2019 at 15:29 to Pirs DC-1 29 Nov 2019 at 10:25 Deorbit 29 Nov 2019 at 13:39; re-enter atmosphere at 14:11; flooded/destroyed at 14:19 2-orbit, 3-hour Fast Rendezvous Profile flight – 3 hours 19 minutes from launch to dockings
MS-13
74P
№ 443		 Soyuz-2.1a № Н(N)15000-034 6 Dec 2019 at 09:34:11.430 from LC 31/6 9 Dec 2019 at 10:35:11 to Pirs DC-1 Undock 8 July 2020 at 18:22 Deorbit 8 July 2020 at 21:31:42; destroyed at 22:05
MS-14
75P
№ 448		 Soyuz-2.1a № Я(Ya)15000-038 with fairing Я(Ya)15000-125. 25 Apr 2020 at 01:51:41 from LC 31/6; FRP flight 25 Apr 2020 at 05:12:23 to Zvezda SM – ) Undock 27 Apr 2021 at 23:10:00 after a record-breaking docking period of just over 1 year at the ISS Deorbit 29 Apr 2021 at 00:01:28; destroyed at 00:42:22
  • Roskosmos: The rocket will be named the “Victory Rocket” («Ракета Победы», Raketa Pobediy). “The Roscosmos State Corporation will dedicate this launch to the 75th anniversary of the Victory of the Soviet people in the Great Patriotic War of 1941-1945. In particular, the Soyuz-2.1a launch vehicle, which was called the Victory Rocket, will be marked with specialized symbols – the logo of the 75th anniversary of the Victory, images of the St. George ribbon and orders of the Patriotic War. On board the cargo ship will also be information collected in the framework of the ‘Immortal Regiment on the ISS’ campaign, which Roscosmos State Corporation is currently conducting on its page on the VKontakte social network.”
  • NASASpaceflight.com: Soyuz “Victory Rocket” launches Progress MS-14 to the ISS
  • FRP flight – from launch to docking took 3h 20m (timeline diagram, in Russian)
MS-15
76P
№ 444		 Soyuz-2.1a № Я(Ya)15000-040 23 Jul 2020 at 14:26:21 from LC 31/6; separation from 3rd stage of carrier at 8m 39s. 23 Jul 2020 at 17:44 to Pirs DC-1 9 Feb 2021 at 05:21:30 Deorbit 9 Feb 2021 at 08:30:11; destroyed at 09:13:18 in Pacific Ocean 2-orbit, 3-hour Fast Rendezvous Profile flight – 3 hours 18 minutes 31 seconds from launch to docking; fastest transit time to date
MS-16
77P
№ 445		 Soyuz-2.1a № В(V)15000-041 15 Feb 2021 from LC 31/6 at 04:45:05 17 Feb 2021 to Pirs DC-1 at 06:26:47 26 July 2021 at 10:55 with Pirs DC-1 to deorbit the module Deorbit 26 July 2021 at 14:51 with Pirs DC-1
MS-17
78P
№ 446		 Soyuz-2.1a № В(V)15000-043 29 Jun 2021 from LC 31/6 at 23:27:20.324 2 Jul 2021 to MIM-2 Poisk at 06:49:51
Undock 20 Oct 2021 at 23:42:30
dock 22 Oct 2021 at 04:21:07 to MLM-U Nauka		 Undock 25 Nov 2021 from MLM-U Nauka at 14:34:51 (dV= -118 m/s) Deorbit 28 Nov 2021 at 15:08; destroyed at 15:17:12
  • NASASpaceflight.com: Roscosmos Launches Progress MS-17 to ISS
  • Roskosmos: MS-17 tested some elements of a new single-orbit rendezvous flight plan. “After the completion of the active phase of injection, Progress MS-17 entered a low reference orbit and began to implement the standard program of a two-day (33-orbit) flight to the ISS, which is in a higher circular orbit. As a result of a series of accelerating pulses from the rendezvous-correcting propulsion system, the spacecraft gradually increased the orbit altitude and, at the 32nd orbit, switched to the autonomous rendezvous mode to carry out the calculated docking with the Station. At the stage of short-range guidance, Progress MS-17 TGK entered the so-called coelliptical orbit, characterized by a constant difference in altitude with the ISS orbit, in which it was about half a turn until the optimal impulse was executed when switching to the station’s intercept trajectory. This approach is supposed to be used in a single-orbit rendezvous scheme with the use of quasi-coplanar launch into the reference orbit, which allows transport vehicles to reach the ISS without additional power consumption in just 90-120 minutes after launch. Further development of the elements of the single-turn circuit is planned to be continued in the next supply missions for Progress MS.”
MS-18
79P
№ 447		 Soyuz-2.1a № С(S)15000-049 28 Oct 2021 from LC 31/6 at 00:00:32.525 30 Oct 2021 to SM Zvezda at 01:31:19 Undock 3 Jun 2022 from SM Zvezda at 08:02:51 Deorbit 3 Jun 2022 at 14:11:19 (dt = 242s, dV = −123.0m/s); re-entered atmosphere at 14:43:11; destroyed at 14:51:10
M-UM with the UM Prichal (Узловой модуль «Причал») module
6R		 Soyuz-2.1b № Я(Ya)15000-044 24 Nov 2021 from LC 31/6 at 13:06:35.042 26 Nov 2021 to MLM-U Nauka at 15:19:39 Progress M-UM: 22 Dec 2021 at 23:03:00 (Prichal remains docked for 5 years estimated) Deorbit 23 Dec 2021 at 04:22:57; re-entered atmosphere at 04:25:43; destroyed and disintegrated into ocean at 04:30:54
MS-19
80P
№ 449		 Soyuz-2.1a № Я(Ya)15000-056 19 Feb 2022 from LC 31/6 at 04:25:40 17 Feb 2022 to MIM-2 Poisk at 07:03:20 Undock 23 Oct 2022 at 22:45:34 Deorbit 24 Oct 2022 at 01:51; re-entered atmosphere at 02:24; destroyed and disintegrated into ocean at 02:32 NASASpaceflight.com: Roscosmos to launch their 80th Progress vessel to the ISS; Progress MS-19 docks with the ISS; forum thread
MS-20
81P
№ 450		 Soyuz-2.1a № С(S)15000-052 3 Jun 2022 from LC 31/6 at 09:32:20.515 3 Jun 2022 to SM Zvezda at 13:02:00 Undock 7 Feb 2023 at 04:56:35 Deorbit 7 Feb 2023 at 08:04; re-entered atmosphere at 08:37; destroyed and disintegrated into ocean at 08:45
  • ТАСС: “The inscription «Донбасс», ‘Donbass,’ will be printed on the second stage of the Soyuz-2.1a launch vehicle, designed to launch the Progress MS-20 cargo spacecraft, and the head fairing will be marked with the flags of the DPR and LPR. This is stated in the message of Roscosmos distributed on Wednesday. ‘The second stage of the Soyuz-2.1a missile will be marked with the inscription ‘Donbass,’ and on the head fairing – the flags of the DPR, LPR and the image of a brave Ukrainian grandmother who refused to accept products from the military Armed Forces of Ukraine with the flag of the USSR. The heroic act of an elderly woman inspired many artists and masters,’ Roscosmos said in a statement. This decision was made in response to a letter from the head of the DPR Denis Pushilin, who asked the General Director of Roscosmos Dmitry Rogozin to devote one of the nearest launches to the republic’s struggle for peace, freedom and security. He also proposed to consider the possibility of the presence of children of the DPR at the cosmodrome and sending the flag of the republic to the ISS. Earlier, a video was widely distributed on social networks, in the footage of which an elderly woman with a red banner meets Ukrainian servicemen, mistook them for the Russian military. APU fighter gives his grandmother a package of groceries, but at the same time takes away and tramples the flag. Then an elderly woman refuses to take food and demands to return the banner for which her parents fought.”
  • NASA: Progress Cargo Craft Docks to Station after Two Orbits
  • NASASpaceflight.com: Progress MS-20 docks to the International Space Station forum thread
MS-21
82P
№ 452		 Soyuz-2.1a № Я(Ya)15000-057 26 Oct 2022 from LC 31/6 at 00:20:09.237 28 Oct 2022 at 02:48:54 to MIM-2 Poisk Undock 18 Feb 2023 at 02:26:24 Deorbit 19 Feb 2023 at 06:15; destroyed 06:49; South Pacific debris impact at 06:57
  • NASASpaceflight.com: Progress MS-21 launches and docks to ISS on resupply mission; forum thread
  • Roskosmos, 11/2/2022: “Sergei Krikalyov, Executive Director for Manned Space Programs of the Roscosmos State Corporation, spoke about the situation with the Progress MS-21 cargo spacecraft at the International Space Station. ‘On a cargo ship, which has been docked to the station for several months, there was a coolant leak from the thermal control system. The situation is somewhat similar to the one that happened with the Soyuz MS-22 manned spacecraft in mid-December 2022,’ he said. According to him, at present, experts are thinking about how to examine in detail the leak on the Progress MS-21 radiator in order to find out the cause of its occurrence. ‘In parallel, just like with the Soyuz MS-22 spacecraft, an analysis of the possible cause of the leak will now be carried out in terms of radiator assembly technologies, materials used and preparation of the spacecraft for launch. When it was analyzed, it looked similar to what happened to Soyuz MS-22,’ he said. Specialists need to make sure that this is not a systematic error, because it may affect the following ships. ‘We need to conduct a deep analysis to make sure that this reason does not extend to similar designs on future launches. This is the most important task that will face us,’ explained Krikalyov. He noted that a commission has already begun to work, which will analyze all possible options for the causes of this leak. So far, according to him, the situation with Progress MS-21 has not led to a change in the ISS flight program. ‘The Progress MS-21 spacecraft was supposed to be undocked and descent from orbit two days before the launch of the Soyuz MS-23 spacecraft, so this will not affect the work of the crew, this ship has already served its time,’ said Krikalyov.”
  • Roskosmos, 18/2/2023: “After undocking from Poisk, a survey of the outer surface of MS-21 was carried out. No visual damage was found. Deorbiting has been postponed. The State Commission will decide today on the further flight program of the spacecraft. Two options are being considered: its docking to Prichal for further clarification of the cause of the depressurization of the ship’s thermal control system, or deorbiting.” They decided to deorbit MS-21.
  • Roscomsos, 21/2/2023: “Preliminary conclusions: damage to Progress MS-21, similar to Soyuz MS-22, was caused by an external influence. […] Such conclusions were made on the basis of photographs that show changes on the outer surface of the ship, including on the radiator of the instrument-aggregate compartment and solar panels. Holes were found on them that were not detected either during the manufacture of Progress MS-21 at the plant, or during its preparation for launch at the Baikonur Cosmodrome, or during the flight and docking of the spacecraft with the ISS. In addition, in order to exclude the version of a manufacturing defect, RKK Energiya analyzed the history of comments on the thermal control system of the Soyuz and Progress spacecraft over the past 15 years. ‘Remarks that could lead to such an emergency situation were not found. The reliability reserve of the thermal control system is one year from the date of launch of the ship, so the system is guaranteed to be reliable in the design conditions of its operation,’ the report stated. Experts continue to analyze the information received. It is also planned to conduct a series of ground experiments to simulate damage similar to what was detected on the Progress MS-21. This will help to finally check all versions and develop measures to counter such threats in the development and production of spacecraft and vehicles.”
MS-22
83P
№ 452		 Soyuz-2.1a № Я(Ya)15000-063 9 Feb 2023 from LC 31/6 at 06:15:36.381 11 Feb 2023 at 08:45:21 to SM Zvezda Undock 20 Aug 2023 at 23:50:31 Deorbit 21 Aug 2023 at 02:58; re-entered atmosphere at 03:32; impacted Pacific Ocean at 03:40
  • Roskosmos: As part of the celebration of the 80th anniversary of the defeat of the Nazi troops in the Battle of Stalingrad, the Soyuz-2.1a launch vehicle, designed to launch the Progress MS-22 spacecraft, was painted with an image of the “Motherland Calling!” monument, children’s drawings about Volgograd, the coat of arms of the Volgograd region and the logo of the Heritage social projects fund. In addition, the flags of the Volgograd Region and the Motherland Calls project will fly in the truck to the ISS, as well as a flash drive with children’s drawings as part of the “Volgograd, you’re just space!” and a postcard of the patriotic project “Cosmos of Victory.”
  • NASASpaceflight.com: Progress MS-22 arrives at ISS, MS-21 develops coolant loop leak; forum thread
MS-23
84P
№ 453		 Soyuz-2.1a № М(M)15000-064; fairing: С(S)15000-133 24 May 2023 from LC 31/6 at 12:56:07 24 May 2023 at 16:18:43 to MIM-2 Poisk (Fast Rendezvous Profile flight) Undock 29 Nov 2023 at 07:55:25 Deorbit 29 Nov 2023 at 11:02; re-entered atmosphere at 11:35; impacted Pacific Ocean at 11:43
  • Roskosmos: “The Soyuz-2.1a rocket, designated to launch the Progress MS-23 spacecraft, bears images dedicated to the 300th anniversary of the city of Perm and the 60th anniversary of the first space flight of a woman, Valentina Tereshkova.”
  • NASASpaceflight.com: forum thread
MS-24
85P
№ 454		 Soyuz-2.1a 14С(S)540000А(A)1-0/№ИМ(IM)1500-065; fairing: 11С(S)517А(A)2.1000А(A)10-0/№ИМ(IM)1500-134 23 Aug 2023 from LC 31/6 at 01:08:10.412 25 Aug 2023 at 03:45:18 to SM Zvezda Undock 13 Feb 2024 at 02:09:30 Deorbit 13 Feb 2024 at 05:16:51; re-entry at 03:52; Pacific Ocean impact at 06:00
  • “The Soyuz-2.1a launch vehicle […] bears images dedicated to the 300th anniversary of the city of Ekaterinburg and the 100th anniversary of the outstanding scientist and designer of intercontinental ballistic missiles, launch vehicles and spacecraft Vladimir Utkin.” (Roskosmos)
  • “This was the 12th launch of a Russian launch vehicle in 2023, including the sixth from Baikonur and the third with the Progress spacecraft. For Soyuz-2.1a, this flight was the 62nd, for the ships of the Progress family – the 177th in history (of which 88 were to the ISS).” (Roskosmos)
  • “Packages were sent on the ship to perform the experiments ‘Hurricane,’/«Ураган», ‘Terminator’/«Терминатор», ‘Cardiovector’/«Кардиовектор», ‘Splankh’/«Спланх», ‘Virtual’/«Виртуал», ‘OMIKi-SPK’/«ОМИКи-СПК», ‘Pilot-T’/«Пилот-Т», ‘Lazma’/«Лазма», ‘Vzaimodeistvie-2 (Interaction-2)’/«Взаимодействие-2», ‘Aseptic’/«Асептик», ‘Biomag-M’/«Биомаг-М», ‘Struktura’/«Структура», ‘Probiovit’/«Пробиовит», ‘Biodegradatsiya’/«Биодеградация», ‘Separatsiya’/«Сепарация» and ‘Phototropizm’/«Фототропизм». In the interests of the ‘Uragan’ experiment (development of technical means and methods for monitoring the development of catastrophic natural and man-made phenomena on Earth or their precursors), the orientation systems for video spectral equipment ‘SOVA-2-228’/«СОВА-2-228» and ‘SOVA-2-426.’”
  • NASASpaceflight.com: forum thread
MS-25
86P
№ 455		 Soyuz-2.1a № М(M)15000-067; fairing: 11С(S)517А(A)2.1000А(A)1-0/№ИМ(IM)1500-135 1 Dec 2023 from LC 31/6 at 09:25:11.703 3 Dec 2023 at 11:18:33 to MIM-2 Poisk Undock 28 May 2024 at 08:39:23 Deorbit 28 May 2024 at 11:48; re-entry at 12:21; Pacific Ocean impact and destruction at 12:29
  • “The Soyuz-2.1a rocket bears images dedicated to the 35th anniversary of the flight of the reusable spacecraft Buran, the 100th anniversary of the birth of the first head of the Main Directorate of Space Facilities of the USSR Ministry of Defense Alexander Maksimov, the Decade of Science and Technology declared in Russia in 2022-2031, and the ‘Games of the Future’ tournament, which will be held in Kazan in 2024.” (Roskosmos)
  • Progress MS-25 delivered 2,528 kg of cargo to the ISS, including 515 kg of fuel for refueling the station, 420 kg of drinking water and 40 kg of nitrogen, as well as 1,553 kg of resource equipment, packaging for scientific experiments, and food products, medical and sanitary-hygienic means to ensure the work and life of the crew of the 70th long-term expedition. For the “Quail”/«Перепел» (Perepel) experiment, a special complex “Incubator-3”/«Инкубатор-3» and 48 Japanese quail eggs were sent on the ship. In the incubator, which the astronauts will place in Nauka, it is planned to study the embryonic development of chicks: half of the eggs will be kept in zero gravity, the other in a centrifuge simulating gravity. At certain stages of embryo development (after three, seven, ten and 14 days), part of the eggs will be removed from the incubator, fixed in a special sealed device in a formaldehyde solution and then returned to Earth so that scientists can study the “frozen” embryos at different stages of formation. Also on Progress MS-25 arrived equipment for the Kvarts-M/«Кварц-М» experiment, which the cosmonauts must install on Poisk during a future spacewalk to study and control space corrosion. Since 1978, this was the 186th docking of Progress spacecraft to orbital stations, including the 91st with the ISS. (Roskosmos)
  • NASASpaceflight.com: forum thread
MS-26
87P
№ 456		 Soyuz-2.1a № М(M)15000-068; fairing: SZB: 11С(S)517А(A)2.1000А(A)1-0 № М(M)15000-136 15 Feb 2024 from LC 31/6 at 03:25:05:527 17 Feb 2024 at 06:06:13 to SM Zvezda Undock 13 Aug 2024 Deorbit 13 Aug 2024
  • NASASpaceflight.com: forum thread
  • Roskosmos: “Progress MS-26 delivered 2,518 kg of cargo to the International Space Station, including 1,478 kg of apparatus and equipment for station systems, packaging for scientific experiments, clothing, food, medical and sanitary products for the crews of the 70th and 71st long-term expeditions, 580 kg of fuel for refueling the station, 420 kg of drinking water and 40 kg of nitrogen. Among the cargo are consumables for the new scientific experiment ‘Fullerene’/«Фуллерен» for growing fullerite crystals – the third crystalline form of carbon, representing a new class of semiconductors – in a multi-zone MEP-01 electric vacuum furnace in Nauka. For the new scientific experiment ‘Perspektiva-KM’/«Перспектива-КМ», a transformable space structure made of polymer composite materials with a shape memory effect was sent on board the ship. The cosmonauts will install the structure on Poisk small research module during a future spacewalk for its deployment and testing. The Progress MS-26 also carried equipment for the new scientific experiment ‘Orbita-MG’/«Орбита-МГ» with the aim of testing technologies for non-destructive monitoring of the technical condition of pressurized shells of long-term manned space objects. Since 1978, this was the 187th docking of Progress spacecraft to orbital stations, including the 92nd with the ISS.”
MS-27
88P
№ 457		 Soyuz-2.1a SZB: 11S517A2.1000A1-0 № М(M)15000-138 30 May 2024 from LC 31/6 at 09:42:59 1 Jun 2024 at 11:43:05 to MIM-2 Poisk Undock 19 Nov 2024 Deorbit 19 Nov 2024
  • NASASpaceflight.com: forum thread
  • Roskosmos: “The Progress MS-27 will deliver 2,504 kg of cargo to the International Space Station, including 1,290 kg of apparatus and equipment for station systems, packing for scientific experiments, clothing, food, medical and sanitary products for the crew of the 71st long-duration mission, 754 kg of fuel for refueling the station, 420 kg of drinking water for the crew and 40 kg of nitrogen to replenish the ISS atmosphere. Among the cargo is a hyperspectrometer for surveying the Earth’s surface in various spectral ranges as part of the Hurricane experiment. It is planned to be installed on a porthole inside the Zvezda service module in order to solve problems in the interests of ecology, agriculture, forestry and water management, and for monitoring various emergency situations. Also on board the ship are packages for carrying out experiments «Биополимер»/“Biopolymer,” «Взаимодействие-2»/“Interaction-2,” «Виртуал»/“Virtual,” «Коррекция»/“Correction,” «Нейроиммунитет»/“Neuroimmunity” and «Пилот-Т»/“Pilot-T” at the station. The Soyuz-2.1a launch vehicle, intended to launch the Progress MS-27 spacecraft, contains images dedicated to the 90th anniversary of the birth of Aleksei Leonov, the first person to perform a spacewalk, and the 300th anniversary of St. Petersburg State University and the 65th anniversary of the movement of Russian student groups.”
MS-28
89P
№ 458		 Soyuz-2.1a Fairing К(K)15000-140; № А(A)1500-072 15 Aug 2024 from LC 31/6 at 03:20:18,472 17 Aug 2024 at 05:53:05 to SM Zvezda Undock February 2025 Deorbit February 2025
  • NASASpaceflight.com: forum thread
  • Roskosmos: “The Progress MS-28 will deliver 2,621 kg of cargo to the International Space Station, including 1,201 kg of apparatus and equipment for station systems, packing for scientific experiments, clothing, food, medical and sanitary products for the crew of the 71st long-duration mission expedition, 950 kg of fuel to refuel the station, 420 kg of drinking water for the cosmonauts and 50 kg of nitrogen to replenish the ISS atmosphere. Among the cargo is the SPIN-X1-MVN X-ray spectrometer/рентгеновский спектрометр СПИН-X1-МВН, created at the Space Research Institute of the Russian Academy of Sciences as part of the All Sky Monitor/«Монитор всего неба» experiment. During a spacewalk under the Russian program, it is planned to be installed on the outer surface of Zvezda. Using the spectrometer, scientists will conduct periodic almost complete surveys of the celestial sphere (84%) in the X-ray wavelength range every 72 days for three years (a total of 15 such surveys are expected to be completed). To conduct new scientific experiments “Forced expiration”/«Форсированный выдох» (assessment of the ventilatory function of the lungs in long-term space flight) and “Endothelium”/«Эндотелий» (study of the role of the Earth’s geomagnetosphere in the pathogenesis of cardiovascular diseases), an acoustic sensor for recording forced expiration noises in cosmonauts and a measurement complex were sent, respectively. pulse wave velocity and assessment of endothelial function in astronauts. The ship also contains installations for the experiments ‘Aseptic,’ ‘Biodegradation,’ ‘Virtual,’ ‘Endurance,’ ‘Lasma,’ ‘Neuroimmunity’ and ‘Photobioreactor’/«Асептик», «Биодеградация», «Виртуал», «Выносливость», «Лазма», «Нейроиммунитет» и «Фотобиореактор». The Soyuz-2.1a launch vehicle used to launch the Progress MS-28 spacecraft featured images dedicated to the 245th anniversary of the Moscow State University of Geodesy and Cartography and the International Robot Battle Championship.”
Next mission
Notes
  • The Progress ships are launched on a Soyuz-type rocket from one of two adjacent launch complexes at Baikonur Cosmodrome: Area 1/5 (45°55′12″N, 63°20′1.2″E) – launch pad 5 in Area 1, nicknamed “Gagarin’s Pad” (Soyuz-U and Soyuz-FG rockets), and Area 31/6 (45°59′45.6″N, 63°33′50.4″E) – launch pad 6 in Area 31 (Soyuz-U, Soyuz-FG and Soyuz-2 rockets). (пл., pl. is an abbreviation of площадь, ploshchad’ which means pad, area, floor space, etc.). After being unloaded of their supplies, docked for several months and being filled with rubbish, the Progress ships are destroyed after re-entry into the atmosphere and burn up over the ocean. Sometimes they remain in autonomous orbit for a few days or weeks in order to perform various onboard experiments (indicated by a gap between undocking and deorbit).
  • Progress M ships are designated 7K-TGM-number; M-1 ships are 7K-TGM1-number.
  • The designation Progress M-XXM (where XX = 01, 02, 03 etc.) has been chosen for Progress M cargo ships with a new onboard computer, TsVM-101, a digital telemetry system. The Progress M cargo ships used an old onboard computer, Argon-16. Progress M-01M (№ 401) was the first to launch with the new computer.
  • Zvezda has its aft (rear) port available for Progress and Soyuz dockings; Pirs and Zarya each have a nadir (bottom) port; Poisk a zenith port.
  • Launch dates are in UTC/GMT time (TsUP in Moscow was 4 hours ahead – Russia went to year-round Standard Time from 26/10/2014, which is UTC +3 hours).

6:18 AM Sunday, 18 August 2024