Author Topic: Soyuz-ST - Updates and Discussion  (Read 236346 times)

Offline Stan Black

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Re: Soyuz-ST update
« Reply #260 on: 01/01/2019 05:03 pm »
To confirm the information posted above, another source of information can be found here:-
http://www.glavkosmos.com/ru/current-contracts/

Миссия запуска по контракту matches the two digit number in the left hand column, or the SZ numbers listed above.

The last entry contains mistakes then, it was VS20 (not 21) and the ""contract" number isnt SZ24 but SZ26
This is what I have for VS20
Mission        AE Number    Launcher        Upper Stage    Fregat        Fairing   
VS20 CSO-1    SZ26        У15000-009    У15000-007    M133-10        P15000-032


Maybe it was based on out of date information. SZ24 is another STA rocket. VS20 was previously assigned to a now delayed mission?

Also it was Р15000-007 third stage?

Offline Jester

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Re: Soyuz-ST update
« Reply #261 on: 01/01/2019 06:09 pm »
To confirm the information posted above, another source of information can be found here:-
http://www.glavkosmos.com/ru/current-contracts/

Миссия запуска по контракту matches the two digit number in the left hand column, or the SZ numbers listed above.

The last entry contains mistakes then, it was VS20 (not 21) and the ""contract" number isnt SZ24 but SZ26
This is what I have for VS20
Mission        AE Number    Launcher        Upper Stage    Fregat        Fairing   
VS20 CSO-1    SZ26        У15000-009    У15000-007    M133-10        P15000-032


Maybe it was based on out of date information. SZ24 is another STA rocket. VS20 was previously assigned to a now delayed mission?

Also it was Р15000-007 third stage?

Could be, I have no visual confirmation of the third stage so indeed could be P

Offline Jester

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Re: Soyuz-ST update
« Reply #262 on: 01/06/2019 02:18 pm »
VS21 = SZ29 (ST-B) with Fregat M133-15 with fairing 29 (for now, as I have no visual confirmation yet)

Offline russianhalo117

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Re: Soyuz-ST update
« Reply #263 on: 04/06/2019 07:35 pm »
Cross post as this is a new revision of RD-107A and RD-108A (NK-33A and RD-0110 have not yet been transitioned and certified on the new RG-1 formulation yet). The fuel change will be initially implemented at Vostochniy and then be rolled out to the other kosmodromes:

EDIT: RD-0124 already certified for RG-1.

The tests of RD-107 / RD-108 with Naftil (RG-1) are complete. The first series engines have already been delivered by Kuznetsov to RKZ Progress.

UEC https://www.uecrus.com/rus/presscenter/odk_news/?ELEMENT_ID=3003

Google translate:

Quote
03/07/2019
JDC transfers serial rocket engines to new fuel

In Samara Kuznetsov, PJSC (part of the United Engine Corporation of Rostec) successfully completed acceptance tests of the first production set of the RD-107A / RD-108A rocket engines using a new fuel - naphthyl.

In accordance with the state strategy in the field of space exploration, the Roscosmos State Corporation has been tasked with the transition to environmentally friendly rocket fuel, naphthyl, unified for various types of launch vehicles.

JSC "NPO Energomash them. V.P. Glushko ”and PJSC“ Kuznetsov ”performed a set of development and testing of engines using new fuel, as a result of which the efficiency and basic characteristics of RD-107A / RD-108A engines were confirmed. Pilot tests on naphthyl were completed in 2018. In February 2019, PJSC Kuznetsov conducted acceptance tests of the first production kit of the RD-107A / RD-108A engines on naphthyl. These products have been sent to the customer of Progress RCC Progress JSC for installation on the Soyuz-2 launch vehicle.

RD-107 / RD-108 propulsion systems are equipped with stages I and II of all launch vehicles (LV) of the Soyuz family. These engines are mass-produced at PJSC Kuznetsov with design support from the developer of NPO Energomash im. V.P. Glushko. In 2018, the RD-107A / RD-108A rocket engines provided 14 successful launches of Soyuz family rocket launchers from the Baikonur, Vostochny, Plesetsk and Kuru cosmodromes (Guiana Space Center). These rockets launched into orbit spacecraft of Roscosmos, the Ministry of Defense of Russia, commercial satellites under contracts of Glavkosmos JSC and Glavkosmos Launch Services JSC. They delivered to the International Space Station 3 crews of long expeditions and 3 ships with cargoes necessary for the life support of the station.

ROSTEC https://rostec.ru/news/rostekh-perevodit-dvigateli-soyuzov-na-ekologicheski-chistoe-toplivo/

Translate:

Quote
March 7, 2019
Rostec translates the Soyuz engines into environmentally friendly fuel

United Engine Corporation (UEC) Rostec State Corporation has successfully completed acceptance tests of the first production set of the RD-107A / RD-108A rocket engines on a new fuel - naphtha instead of the previously used kerosene. The first products have already been sent to the customer.

The company "Kuznetsov" (part of the JDC) and the NPO "Energomash them. V.P. Glushko completed the experimental and acceptance tests of the engines of the first and second stages of Soyuz carrier rockets operating on new fuel - naphthyl. This is an environmentally safe type of hydrocarbon fuel with the use of polymeric additives. During the tests, the efficiency and basic characteristics of the engines were confirmed. The RD-107 / RD-108 engines, adapted for the new fuel, have already been sent to the customer - Progress RCC - for installation on the Soyuz-2 launch vehicle.

“The transition to a new type of fuel is part of the modernization program of the Soyuz-2 rocket. Launches using naphthyl as fuel for the first and second stages of the Soyuz were not previously conducted. Technological innovations will reduce the load on the environment and significantly increase the payload put into orbit, ”said Rostekh's executive director Oleg Evtushenko.

RD-107 / RD-108 propulsion systems are equipped with stages I and II of all launch vehicles (LV) of the Soyuz family. The engines are mass-produced at the Kuznetsov enterprise with the development support of the developer, NPO Energomash named after V.P. Glushko. Replacing kerosene with naphthyl is part of the Soyuz-2 missile modernization program for launches from the Vostochny space center. Starts using this type of fuel in the first and second stages of the "Union" have not been conducted before.

In 2018, the RD-107A / RD-108A rocket engines provided 14 successful launches of Soyuz family rocket launchers from the Baikonur, Vostochny, Plesetsk and Kuru cosmodromes (Guiana Space Center). These rockets placed spacecraft of Roskosmos, the Russian Ministry of Defense, commercial satellites into orbit, delivered to the International Space Station three crews of long expeditions and three ships with cargoes necessary for the life support of the station.
« Last Edit: 04/08/2019 05:56 pm by russianhalo117 »

Offline Jester

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Re: Soyuz-ST update
« Reply #264 on: 04/08/2019 09:28 am »
Cross post as this is a new revision of RD-107A and RD-108A (NK-33A, RD-0110 and RD-0124 have not yet been transitioned and certified on the new RG-1 formulation yet). The fuel change will be initially implemented at Vostochniy and then be rolled out to the other kosmodromes:

The tests of RD-107 / RD-108 with Naftil (RG-1) are complete. The first series engines have already been delivered by Kuznetsov to RKZ Progress.

UEC https://www.uecrus.com/rus/presscenter/odk_news/?ELEMENT_ID=3003

Google translate:

Quote
03/07/2019
JDC transfers serial rocket engines to new fuel

In Samara Kuznetsov, PJSC (part of the United Engine Corporation of Rostec) successfully completed acceptance tests of the first production set of the RD-107A / RD-108A rocket engines using a new fuel - naphthyl.

In accordance with the state strategy in the field of space exploration, the Roscosmos State Corporation has been tasked with the transition to environmentally friendly rocket fuel, naphthyl, unified for various types of launch vehicles.

JSC "NPO Energomash them. V.P. Glushko ”and PJSC“ Kuznetsov ”performed a set of development and testing of engines using new fuel, as a result of which the efficiency and basic characteristics of RD-107A / RD-108A engines were confirmed. Pilot tests on naphthyl were completed in 2018. In February 2019, PJSC Kuznetsov conducted acceptance tests of the first production kit of the RD-107A / RD-108A engines on naphthyl. These products have been sent to the customer of Progress RCC Progress JSC for installation on the Soyuz-2 launch vehicle.

RD-107 / RD-108 propulsion systems are equipped with stages I and II of all launch vehicles (LV) of the Soyuz family. These engines are mass-produced at PJSC Kuznetsov with design support from the developer of NPO Energomash im. V.P. Glushko. In 2018, the RD-107A / RD-108A rocket engines provided 14 successful launches of Soyuz family rocket launchers from the Baikonur, Vostochny, Plesetsk and Kuru cosmodromes (Guiana Space Center). These rockets launched into orbit spacecraft of Roscosmos, the Ministry of Defense of Russia, commercial satellites under contracts of Glavkosmos JSC and Glavkosmos Launch Services JSC. They delivered to the International Space Station 3 crews of long expeditions and 3 ships with cargoes necessary for the life support of the station.

ROSTEC https://rostec.ru/news/rostekh-perevodit-dvigateli-soyuzov-na-ekologicheski-chistoe-toplivo/

Translate:

Quote
March 7, 2019
Rostec translates the Soyuz engines into environmentally friendly fuel

United Engine Corporation (UEC) Rostec State Corporation has successfully completed acceptance tests of the first production set of the RD-107A / RD-108A rocket engines on a new fuel - naphtha instead of the previously used kerosene. The first products have already been sent to the customer.

The company "Kuznetsov" (part of the JDC) and the NPO "Energomash them. V.P. Glushko completed the experimental and acceptance tests of the engines of the first and second stages of Soyuz carrier rockets operating on new fuel - naphthyl. This is an environmentally safe type of hydrocarbon fuel with the use of polymeric additives. During the tests, the efficiency and basic characteristics of the engines were confirmed. The RD-107 / RD-108 engines, adapted for the new fuel, have already been sent to the customer - Progress RCC - for installation on the Soyuz-2 launch vehicle.

“The transition to a new type of fuel is part of the modernization program of the Soyuz-2 rocket. Launches using naphthyl as fuel for the first and second stages of the Soyuz were not previously conducted. Technological innovations will reduce the load on the environment and significantly increase the payload put into orbit, ”said Rostekh's executive director Oleg Evtushenko.

RD-107 / RD-108 propulsion systems are equipped with stages I and II of all launch vehicles (LV) of the Soyuz family. The engines are mass-produced at the Kuznetsov enterprise with the development support of the developer, NPO Energomash named after V.P. Glushko. Replacing kerosene with naphthyl is part of the Soyuz-2 missile modernization program for launches from the Vostochny space center. Starts using this type of fuel in the first and second stages of the "Union" have not been conducted before.

In 2018, the RD-107A / RD-108A rocket engines provided 14 successful launches of Soyuz family rocket launchers from the Baikonur, Vostochny, Plesetsk and Kuru cosmodromes (Guiana Space Center). These rockets placed spacecraft of Roskosmos, the Russian Ministry of Defense, commercial satellites into orbit, delivered to the International Space Station three crews of long expeditions and three ships with cargoes necessary for the life support of the station.

They did tests on RD-0124 before apparently...
https://www.ruaviation.com/news/2019/2/22/13007/?h

Which links up with a presentation I have for Soyuz in Kourou...

Offline GWR64

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Re: Soyuz-ST update
« Reply #265 on: 05/04/2019 05:22 pm »
Will there be the change to Naftil in Kourou?
After this message I'm skeptical.

Crosspost:
A back and forth.
Ria novosti writes on April 13th :
https://ria.ru/20190413/1552657732.html

Google Translate:
Quote
Roskosmos refused to transfer Soyuz-2 rockets to new fuel
April 13, 03:19

MOSCOW, April 13 - RIA News. Roskosmos decided not to transfer the Soyuz-2 launch vehicles launched from the Baikonur cosmodrome completely to new fuel oil, as it is planned to do at the Vostochny cosmodrome, according to documents on the public procurement website.
In December 2017, Roskosmos signed a state contract with the RCC Progress to maintain the potential of the Baikonur cosmodrome. The contract, in particular, provided for work to transfer the Soyuz-2 missiles launched from Baikonur, completely to naphtha. In April 2019, Dmitry Baranov, Director General of the RCC Progress, told RIA Novosti that the first launch of the Soyuz-2 rocket from the Vostochny cosmodrome is fully planned using naphthyl after 2020.
Earlier it was reported about the ongoing modernization of the engines RD-107A and RD-108A (produced by PJSC Kuznetsov, which is part of the United Engine Corporation), used respectively on the first and second stages of the Soyuz-2 missiles, in order to use naphtha instead of kerosene. Prior to that, naphthyl was used only on the third stage of the Soyuz-2 rocket.
In an additional agreement to the contract, published on the website of public procurement, states that work in the amount of 24.977 million rubles for the transfer of Soyuz-2 missiles launched from Baikonur are completely excluded from the list for naphthyl.

In March, Rostec, which includes the United Engine Corporation, announced the completion of testing the RD-107A and RD-108A engines of the first and second stages of the Soyuz-2 rocket operating on naphthyl. As executive director of Rostec Oleg Yevtushenko noted, the transition to naphthyl is part of the missile modernization program, which will reduce harmful emissions and significantly increase the payload put into orbit. Naphthyl is an environmentally safe type of hydrocarbon fuel with the use of polymer additives.
A source at RIA Novosti in the rocket and space industry said earlier that a test launch of a Soyuz-2.1a rocket with engines at all stages operating on naphthil was planned to be carried out from the Vostochny space center when the Kondor-FKA radar satellite of the Earth was put into orbit . Earlier it was reported that the launch of the first Condor-FKA satellite was postponed from 2020 to 2021.

First launch with a completely to Naftil converted Soyuz from Vostochny is planned NET 2021.
A complete conversion to Naftil in Baikonur will declined. ( for now ?)

...

How many Soyuz ST launches will still be?
firmly booked are:
CSG-1, CSO-2, 3 more OneWeb, 2 x MetOp SG
almost sure: Euclid
maybe: Earthcare ( could launch on Vega-C ?)

forget something?

Offline Stan Black

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Re: Soyuz-ST update
« Reply #266 on: 06/07/2019 07:45 am »
                              Factory                    Factory                                 
                              machine                    machine                                 
    Rocket        Serial      series         Serial      series   Upper      Serial  Planned     
    configuration number      number Fairing number      number   stage      number  payload     
                                                                                                 
      Soyuz-U     А15000-067   8М131С *                           Fregat     1001                
      Soyuz-U     А15000-068   9М131С                             Fregat     1002    Cluster GVM 
      Soyuz-U     А15000-069  10М131С                             Fregat     1003    Cluster     
      Soyuz-U     А15000-070  11М131С                             Fregat     1004    Cluster     
      Soyuz-U     А15000-071  12М131С *                           Fregat     1005    Mars Express
                                                                                                 
* Soyuz-U №А15000-067 -> Soyuz-FG №Ж15000-011                                                    
* Soyuz-U №А15000-071 -> Soyuz-FG №Э15000-005                                                    
                                                                                                 
SZ01  Soyuz-ST-A  Ш15000-001  25М133С  81КС  Ш15000-003  25М133С  Fregat     1020                
SZ02  Soyuz-ST-A  Ш15000-002  26М133С  81КС  Ш15000-004  26М133С  Fregat     1021                
                                                                                                 
SZ03  Soyuz-ST-A  Б15000-003 * 1М134С  81КС  Б15000-005   1М134С  Fregat     1023    Globalstar-2
SZ04  Soyuz-ST-A  Б15000-004   2М134С  81КС  Б15000-006   2М134С  Fregat     1024    Globalstar-2
                                                                                                 
* Soyuz-ST-A №Б15000-003 -> Soyuz-2-1A №Ю15000-008                                               
                                                                                                 
SZ05  Soyuz-2-1A  Б15000-007  25М134С  81КС  Б15000-008  25М134С  Fregat     1027    Globalstar-2
                                                                                                 
SZ06  Soyuz-2-1A  Б15000-010  14М135С  81КС  Б15000-009  14М135С  Fregat     1029    Globalstar-2
SZ07  Soyuz-2-1A  И15000-011  15М135С  81КС  И15000-010  15М135С  Fregat-MT  1030    Globalstar-2
SZ08  Soyuz-ST-B  Б15000-001  16М135С  81КС  Б15000-011  16М135С  Fregat-MT  1031    Galileo     
SZ09  Soyuz-ST-B  И15000-002  17М135С  81КС  И15000-012  17М135С  Fregat-MT  1032    Galileo     
SZ10  Soyuz-2-1A  Л15000-012  18М135С  81КС  Л15000-013  18М135С  Fregat-M   1037    METOP-B     
SZ11  Soyuz-2-1A  Л15000-013  19М135С  81КС  Л15000-014  19М135С  Fregat-M   1038                
SZ12  Soyuz-ST-B  Е15000-004  20М135С  81КС  Е15000-015  20М135С  Fregat-MT  1039                
SZ13  Soyuz-ST-B  Е15000-005  21М135С  81КС  Е15000-016  21М135С  Fregat-MT  1040    Gaia        
SZ14  Soyuz-ST-B  Е15000-006  22М135С  81КС  Е15000-017  22М135С  Fregat-MT  1041                
                                                                                                 
* Soyuz-2-1A №Б15000-010 -> Soyuz-ST-A №Р15000-005 ?                                             
* Soyuz-2-1A №Л15000-013 -> Soyuz-ST-B №Е15000-003 ?                                             
                                                                                                 
SZ15  Soyuz-ST-B  Т15000-007   5М136С  81КС  Т15000-020   5М136С  Fregat-MT  133-01  O3B         
SZ16  Soyuz-ST-B  Т15000-008  10М136С  81КС  Т15000-021  10М136С  Fregat-MT  133-02  Galileo     
SZ17  Soyuz-ST-B  Т15000-009  11М136С  81КС  Г15000-022  11М136С  Fregat-MT  133-03  Galileo     
SZ18  Soyuz-ST-B  Р15000-010  13М136С  81КС  Г15000-023  13М136С  Fregat-MT  133-04  Galileo     
SZ19  Soyuz-ST-B  Р15000-011  21М136С  81КС  Р15000-024  21М136С  Fregat-MT  133-05  Galileo     
SZ20  Soyuz-ST-B  Р15000-012  24М136С  81КС  Р15000-025  24М136С  Fregat-MT  133-06              
SZ21  Soyuz-ST-B  Р15000-013  30М136С  81КС  Р15000-027  30М136С  Fregat-MT  133-07  METOP-C     
                                                                                                 
SZ22  Soyuz-ST-A  Р15000-005  14М135С  81КС  Р15000-029  14М135С  Fregat-M   133-08  Sentinel-1B 
                                                                                                 
SZ24  Soyuz-ST-A         006   6М137С  81КС  Р15000-030   6М137С  Fregat-M   133-09              
SZ23  Soyuz-ST-A  Р15000-007   7М137С  81КС  Р15000-031   7М137С  Fregat-M   133-10              
                                                                                                 
SZ25  Soyuz-ST-A         008  23М137С  81КС  Р15000-032  23М137С  Fregat-M   133-11              
SZ26  Soyuz-ST-A  У15000-009  24М137С  81КС         033  24М137С  Fregat-M   133-12              
SZ27  Soyuz-ST-B  У15000-014  25М137С  81КС         034  25М137С  Fregat-M   133-13              
SZ28  Soyuz-ST-B  У15000-015  26М137С  81КС         035  26М137С  Fregat-M   133-14              
                                                                                                 
SZ29  Soyuz-ST-B  У15000-016   1М143С  81КС  У15000-037   2М147С  Fregat-M   133-15  Oneweb      
SZ30                                   81КС                                  133-16              
SZ31                                   81КС                                  133-17              
SZ32                                   81КС                                  133-18              
SZ33  Soyuz-ST-B  Н15000-017   2М143С  81КС               147С  Fregat-M   133-19              
                                                                                                 
      Soyuz-ST-B         018   3М143С  81КС               9М147С  Fregat-M                       
      Soyuz-ST-B         019   4М143С  81КС              24М147С  Fregat-M                       
      Soyuz-ST-B         020   5М143С  81КС              25М147С  Fregat-M                       
                                                                                                 
      Soyuz-ST-A         010   1М142С  81КС               4М147С  Fregat-M                       
      Soyuz-ST-A         011   2М142С  81КС              11М147С  Fregat-M                       
      Soyuz-ST-A         012   3М142С  81КС              23М147С  Fregat-M                       
                                                                                                 
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx

Mission             Rocket             Blok-I      Fairing             Fregat
                                                                             
ST22  Globalstar    SZ06  Б15000-009               SZ03  Б15000-005    1023  
ST23  Globalstar    SZ03  Ю15000-008               SZ05  Б15000-008    1024  
ST24  Globalstar    SZ05  Б15000-007               SZ06  Б15000-009    1027  
ST25  METOP-B       SZ10  Л15000-012               SZ10  Л15000-013    1037  
ST26  Globalstar    SZ07  И15000-011               SZ07  И15000-010    1029  
                                                                             
VS01  Galileo-IOV   SZ08  Б15000-001               SZ08  Б15000-011    1030  
VS02  Pléiades-1A   SZ02  Ш15000-002 / Б15000-004  SZ02  Ш15000-004    1021  
VS03  Galileo-IOV   SZ09  И15000-002               SZ09  И15000-012    1031  
VS04  Pléiades-1B   SZ01  Ш15000-001               SZ04  Б15000-006    1020  
VS05  O3B           SZ11  Е15000-003               SZ11  Л15000-014    1041  
VS06  Gaia          SZ12  Е15000-004               SZ13  Е15000-016    1040  
VS07  Sentinel-1A   SZ04  Б15000-004 / Ш15000-002  SZ01  Ш15000-003    1038  
VS08  O3B           SZ13  Е15000-005               SZ14  Е15000-017    1032  
VS09  Galileo-FOC   SZ14  Е15000-006               SZ12  Е15000-015    1039  
VS10  O3B           SZ15  Т15000-007               SZ15  Т15000-020    133-01
VS11  Galileo-FOC   SZ16  Т15000-008               SZ16  Т15000-021    133-02
VS12  Galileo-FOC   SZ17  Т15000-009               SZ17  Г15000-022    133-03
VS13  Galileo-FOC   SZ18  Р15000-010               SZ18  Г15000-023    133-04
VS14  Sentinel-1B   SZ22  Р15000-005               SZ22  Р15000-029    133-08
VS15  Galileo-FOC   SZ19  Р15000-011               SZ19  Р15000-024    133-05
VS16  HISPASAT-AG1  SZ20  Р15000-012               SZ20  Р15000-025    133-07
VS17  SES-15        SZ23  Р15000-007 / У15000-009  SZ23  Р15000-031    133-09
VS18  O3B           SZ21  Р15000-013               SZ24  Р15000-030    133-06
VS19  METOP-C       SZ27  У15000-014               SZ21  Р15000-027    133-14
VS20  CSO-1         SZ26  У15000-009 / Р15000-007  SZ25  Р15000-032    133-10
VS21  Oneweb        SZ29  У15000-016               SZ29  У15000-037    133-15
VS22  O3B           SZ33  Н15000-017                     Н15000-040    133-17
VS23  CSG-1/Cheops               010                                   133-11
VS24  Oneweb                     018                                   133-19
VS25  Oneweb                                                                 
VS26  CSO-2                                                                  
VS27  Oneweb                                                                 
                                                                             
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx


« Last Edit: 11/23/2021 05:28 pm by Stan Black »

Offline GWR64

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Re: Soyuz-ST update
« Reply #267 on: 06/07/2019 09:40 am »
I do not understand everything.
But for VS23 with CSG-1 / Cheops is Soyuz-ST-A / Fregat-M planned, right?
#15000-010 + 133-11
« Last Edit: 06/07/2019 09:46 am by GWR64 »

Offline Stan Black

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Re: Soyuz-ST update
« Reply #268 on: 06/07/2019 11:14 am »
I do not understand everything.
But for VS23 with CSG-1 / Cheops is Soyuz-ST-A / Fregat-M planned, right?
#15000-010 + 133-11

That was based on tenders for insurance during transportation to launch site. Fregat №133-11 is expensive, so guess it contains more than just a Fregat upper stage?

https://forum.nasaspaceflight.com/index.php?topic=15064.msg1950743#msg1950743
http://zakupki.gov.ru/223/purchase/public/purchase/info/documents.html?regNumber=31806757725

Offline GWR64

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Re: Soyuz-ST update
« Reply #269 on: 07/07/2019 02:25 pm »
And here she is in Kourou.

Soyuz-ST-A N15000-010, but what will she launch?

https://twitter.com/ludovic_pouille/status/1147855961585004544
« Last Edit: 07/07/2019 03:02 pm by GWR64 »

Offline Alter Sachse

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Re: Soyuz-ST update
« Reply #270 on: 07/08/2019 08:01 am »
And here she is in Kourou.

Soyuz-ST-A N15000-010, but what will she launch?

CSO 2 ?
« Last Edit: 07/08/2019 08:06 am by Alter Sachse »
One day you're a hero  next day you're a clown  there's nothing that is in between
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Offline Rik ISS-fan

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Re: Soyuz-ST update
« Reply #271 on: 07/08/2019 06:43 pm »
I do not understand everything.
But for VS23 with CSG-1 / Cheops is Soyuz-ST-A / Fregat-M planned, right?
#15000-010 + 133-11

That was based on tenders for insurance during transportation to launch site. Fregat №133-11 is expensive, so guess it contains more than just a Fregat upper stage?

https://forum.nasaspaceflight.com/index.php?topic=15064.msg1950743#msg1950743
http://zakupki.gov.ru/223/purchase/public/purchase/info/documents.html?regNumber=31806757725

I've a ST-B Fregat MT 1/143 2/147 for the CSG1 + CHEOPS + mico & Cubesats.
My source was a soyuz global production list.
The only CSG ST-A Fregat-M on that list was for CSO2, planned for ~May 2020.

Offline anik

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Re: Soyuz-ST update
« Reply #272 on: 07/09/2019 08:21 am »
I've a ST-B Fregat MT 1/143 2/147 for the CSG1 + CHEOPS + mico & Cubesats.
My source was a soyuz global production list

1/143 has flown with OneWeb.

Offline Rik ISS-fan

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Re: Soyuz-ST update
« Reply #273 on: 07/09/2019 10:14 am »
I stand corrected most likely this ST-A is for CSG-1 + CHEOPS + ...
My source was from late 2018 and didn't show the Soyuz type for the maiden Oneweb launch.

Offline Jester

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Re: Soyuz-ST update
« Reply #274 on: 07/13/2019 07:16 am »
pretty sure CHEOPS was/is planned to go on a ST-B, so how sure are we that 010 is a ST-A ?

also, it is not uncommon to have multiple Soyuz in "storage" inside the CSG MIK, so there still might be a ST-B not in the picture but that would be strange from a current sequence point of view...

Offline anik

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Re: Soyuz-ST update
« Reply #275 on: 07/13/2019 07:20 am »
pretty sure CHEOPS was/is planned to go on a ST-B, so how sure are we that 010 is a ST-A ?

1. Soyuz-ST-B #010 has already flown.
2. 374БЛ02А - designation of the third stage of Soyuz-ST-A.

Offline GWR64

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Re: Soyuz-ST update
« Reply #276 on: 07/20/2019 07:13 am »
Quote
Two accelerating units "Frigate" sent to the Guiana Space Center

07.19.2019

On July 10, 2019, containers were sent from the territory of NPO Lavochkin JSC to send containers with accelerating Fregat-M blocks developed by NPO Lavochkina JSC. The products were delivered by road to the Sea Port of St. Petersburg OJSC, after which the containers were loaded onto the sea vessel, which, in turn, went to the port Pariakabog, Kuru (French Guiana) on July 17.

As part of the Soyuz-ST carrier rocket, the Fregat-M upper stages will ensure that foreign satellites are put into orbit. Launches are scheduled for the fourth quarter of this year from the Guiana Space Center within the framework of the Russian-European project “Union in the GCC”.
The upper stage “Frigate”, produced by NPO Lavochkina, ensures the effective execution of all tasks for the removal of one or several spacecraft into working orbits or trajectories departing from the Earth. The entire elimination process is carried out autonomously, without interference from the Earth. RB "Fregat" has exceptional qualities: long (up to 2 days) active life, control algorithms that allow to overcome abnormal situations, multiple (up to 7 times) incorporation of the marching propulsion system, the highest reliability and gives the overclocking block undeniable competitive advantages over world peers.

google translate from this message:
https://www.laspace.ru/press/news/international/20190719_Fregat_to_GSC/

Offline Stan Black

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Re: Soyuz-ST update
« Reply #277 on: 11/29/2019 10:02 am »

Offline Alter Sachse

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Re: Soyuz-ST update
« Reply #278 on: 12/02/2019 08:43 am »
One day you're a hero  next day you're a clown  there's nothing that is in between
        Jeff Lynne - "21century man"

Offline Stan Black

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Re: Soyuz-ST update
« Reply #279 on: 01/16/2020 09:33 pm »
                              Factory                    Factory                                 
                              machine                    machine                                 
    Rocket        Serial      series         Serial      series   Upper      Serial  Planned     
    configuration number      number Fairing number      number   stage      number  payload     
                                                                                                 
      Soyuz-U     А15000-067   8М131С *                           Fregat     1001                
      Soyuz-U     А15000-068   9М131С                             Fregat     1002    Cluster GVM 
      Soyuz-U     А15000-069  10М131С                             Fregat     1003    Cluster     
      Soyuz-U     А15000-070  11М131С                             Fregat     1004    Cluster     
      Soyuz-U     А15000-071  12М131С *                           Fregat     1005    Mars Express
                                                                                                 
* Soyuz-U №А15000-067 -> Soyuz-FG №Ж15000-011                                                    
* Soyuz-U №А15000-071 -> Soyuz-FG №Э15000-005                                                    
                                                                                                 
SZ01  Soyuz-ST-A  Ш15000-001  25М133С  81КС  Ш15000-003  25М133С  Fregat     1020                
SZ02  Soyuz-ST-A  Ш15000-002  26М133С  81КС  Ш15000-004  26М133С  Fregat     1021                
                                                                                                 
SZ03  Soyuz-ST-A  Б15000-003 * 1М134С  81КС  Б15000-005   1М134С  Fregat     1023    Globalstar-2
SZ04  Soyuz-ST-A  Б15000-004   2М134С  81КС  Б15000-006   2М134С  Fregat     1024    Globalstar-2
                                                                                                 
* Soyuz-ST-A №Б15000-003 -> Soyuz-2-1A №Ю15000-008                                               
                                                                                                 
SZ05  Soyuz-2-1A  Б15000-007  25М134С  81КС  Б15000-008  25М134С  Fregat     1027    Globalstar-2
                                                                                                 
SZ06  Soyuz-2-1A  Б15000-010  14М135С  81КС  Б15000-009  14М135С  Fregat     1029    Globalstar-2
SZ07  Soyuz-2-1A  И15000-011  15М135С  81КС  И15000-010  15М135С  Fregat-MT  1030    Globalstar-2
SZ08  Soyuz-ST-B  Б15000-001  16М135С  81КС  Б15000-011  16М135С  Fregat-MT  1031    Galileo     
SZ09  Soyuz-ST-B  И15000-002  17М135С  81КС  И15000-012  17М135С  Fregat-MT  1032    Galileo     
SZ10  Soyuz-2-1A  Л15000-012  18М135С  81КС  Л15000-013  18М135С  Fregat-M   1037    METOP-B     
SZ11  Soyuz-2-1A  Л15000-013  19М135С  81КС  Л15000-014  19М135С  Fregat-M   1038                
SZ12  Soyuz-ST-B  Е15000-004  20М135С  81КС  Е15000-015  20М135С  Fregat-MT  1039                
SZ13  Soyuz-ST-B  Е15000-005  21М135С  81КС  Е15000-016  21М135С  Fregat-MT  1040    Gaia        
SZ14  Soyuz-ST-B  Е15000-006  22М135С  81КС  Е15000-017  22М135С  Fregat-MT  1041                
                                                                                                 
* Soyuz-2-1A №Б15000-010 -> Soyuz-ST-A №Р15000-005 ?                                             
* Soyuz-2-1A №Л15000-013 -> Soyuz-ST-B №Е15000-003 ?                                             
                                                                                                 
SZ15  Soyuz-ST-B  Т15000-007   5М136С  81КС  Т15000-020   5М136С  Fregat-MT  133-01  O3B         
SZ16  Soyuz-ST-B  Т15000-008  10М136С  81КС  Т15000-021  10М136С  Fregat-MT  133-02  Galileo     
SZ17  Soyuz-ST-B  Т15000-009  11М136С  81КС  Г15000-022  11М136С  Fregat-MT  133-03  Galileo     
SZ18  Soyuz-ST-B  Р15000-010  13М136С  81КС  Г15000-023  13М136С  Fregat-MT  133-04  Galileo     
SZ19  Soyuz-ST-B  Р15000-011  21М136С  81КС  Р15000-024  21М136С  Fregat-MT  133-05  Galileo     
SZ20  Soyuz-ST-B  Р15000-012  24М136С  81КС  Р15000-025  24М136С  Fregat-MT  133-06              
SZ21  Soyuz-ST-B  Р15000-013  30М136С  81КС  Р15000-027  30М136С  Fregat-MT  133-07  METOP-C     
                                                                                                 
SZ22  Soyuz-ST-A  Р15000-005  14М135С  81КС  Р15000-029  14М135С  Fregat-M   133-08  Sentinel-1B 
                                                                                                 
SZ24  Soyuz-ST-A         006   6М137С  81КС  Р15000-030   6М137С  Fregat-M   133-09              
SZ23  Soyuz-ST-A  Р15000-007   7М137С  81КС  Р15000-031   7М137С  Fregat-M   133-10              
                                                                                                 
SZ25  Soyuz-ST-A  Р15000-008  23М137С  81КС  Р15000-032  23М137С  Fregat-M   133-11              
SZ26  Soyuz-ST-A  У15000-009  24М137С  81КС  У15000-033  24М137С  Fregat-M   133-12              
SZ27  Soyuz-ST-B  У15000-014  25М137С  81КС         034  25М137С  Fregat-M   133-13              
SZ28  Soyuz-ST-B  У15000-015  26М137С  81КС         035  26М137С  Fregat-M   133-14              
                                                                                                 
SZ29  Soyuz-ST-B  У15000-016   1М143С  81КС  У15000-037   2М147С  Fregat-M   133-15  Oneweb      
SZ30  Soyuz-ST-A  Н15000-010   1М142С  81КС         038   3М147С  Fregat-M   133-16              
SZ31  Soyuz-ST-A         011   2М142С  81КС         039   4М147С  Fregat-M   133-17              
SZ32  Soyuz-ST-A         012   3М142С  81КС  Н15000-040   5М147С  Fregat-M   133-18              
                                                                                                 
SZ33  Soyuz-ST-B  Н15000-017   2М143С  81КС         044   9М147С  Fregat-M   133-19              
      Soyuz-ST-B         018   3М143С  81КС         045  10М147С  Fregat-M                       
      Soyuz-ST-B         019   4М143С  81КС         046  11М147С  Fregat-M                       
      Soyuz-ST-B         020   5М143С  81КС         047  12М147С  Fregat-M                       
                                                                                                 
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx

Mission             Rocket             Blok-I      Fairing             Fregat
                                                                             
ST22  Globalstar    SZ06  Б15000-009               SZ03  Б15000-005    1023  
ST23  Globalstar    SZ03  Ю15000-008               SZ05  Б15000-008    1024  
ST24  Globalstar    SZ05  Б15000-007               SZ06  Б15000-009    1027  
ST25  METOP-B       SZ10  Л15000-012               SZ10  Л15000-013    1037  
ST26  Globalstar    SZ07  И15000-011               SZ07  И15000-010    1029  
                                                                             
VS01  Galileo-IOV   SZ08  Б15000-001               SZ08  Б15000-011    1030  
VS02  Pléiades-1A   SZ02  Ш15000-002 / Б15000-004  SZ02  Ш15000-004    1021  
VS03  Galileo-IOV   SZ09  И15000-002               SZ09  И15000-012    1031  
VS04  Pléiades-1B   SZ01  Ш15000-001               SZ04  Б15000-006    1020  
VS05  O3B           SZ11  Е15000-003               SZ11  Л15000-014    1041  
VS06  Gaia          SZ12  Е15000-004               SZ13  Е15000-016    1040  
VS07  Sentinel-1A   SZ04  Б15000-004 / Ш15000-002  SZ01  Ш15000-003    1038  
VS08  O3B           SZ13  Е15000-005               SZ14  Е15000-017    1032  
VS09  Galileo-FOC   SZ14  Е15000-006               SZ12  Е15000-015    1039  
VS10  O3B           SZ15  Т15000-007               SZ15  Т15000-020    133-01
VS11  Galileo-FOC   SZ16  Т15000-008               SZ16  Т15000-021    133-02
VS12  Galileo-FOC   SZ17  Т15000-009               SZ17  Г15000-022    133-03
VS13  Galileo-FOC   SZ18  Р15000-010               SZ18  Г15000-023    133-04
VS14  Sentinel-1B   SZ22  Р15000-005               SZ22  Р15000-029    133-08
VS15  Galileo-FOC   SZ19  Р15000-011               SZ19  Р15000-024    133-05
VS16  HISPASAT-AG1  SZ20  Р15000-012               SZ20  Р15000-025    133-07
VS17  SES-15        SZ23  Р15000-007 / У15000-009  SZ23  Р15000-031    133-09
VS18  O3B           SZ21  Р15000-013               SZ24  Р15000-030    133-06
VS19  METOP-C       SZ27  У15000-014               SZ21  Р15000-027    133-14
VS20  CSO-1         SZ26  У15000-009 / Р15000-007  SZ25  Р15000-032    133-10
VS21  Oneweb        SZ29  У15000-016               SZ29  У15000-037    133-15
VS22  O3B           SZ33  Н15000-017               SZ32  Н15000-040    133-17
VS23  CSG-1/CHEOPS  SZ25  Р15000-008               SZ26  У15000-033    133-12
                          Н15000-010                                   133-11
                                 018                                   133-19
                                                                             
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« Last Edit: 11/23/2021 05:29 pm by Stan Black »

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