1.1. Поставщик обязуется изготовить и поставить, а Покупатель оплатить и принять на условиях настоящего договора продукцию по номенклатуре, в количестве, в сроки и по ценам, установленным в ведомости-спецификации, согласованной сторонами и составляющей неотъемлемую часть настоящего договора, на основании заявки № 4496/2951 от 27.06.2014г. в рамках Госконтракта № 353-5028/13/46 от 13.02.2013г.1.3. Поставка датчиков 2ДЦ-КМП осуществляется по РКД, разработанной по ТЗ № 14К035-48-1302-2009 ТЗ в рамках договора № 753 от 10.09.2009г., между АО «РКЦ «Прогресс» и ОАО ЭОКБ «Сигнал» им. А.И. Глухарёва и имеющей литеру «О».1.4. Поставка сигнализаторов абсолютного давления 4САД осуществляется по РКД, разработанной по ТЗ № 14К035-282-1153-2008 ТЗ в рамках договора № 755 от 10.09.2009г., между АО «РКЦ «Прогресс» и ОАО ЭОКБ «Сигнал» им. А.И. Глухарёва и имеющей литеру «О».
No, it was awarded to RKTs-Progress.
Quote from: Nicolas PILLET on 04/07/2015 07:26 pmNo, it was awarded to RKTs-Progress.Obzor-R went to Progress; Obzor-O to Khrunichev.
Obzor-R uses SVIT like Bars-M (in small letters on page 154).http://www.ssau.ru/files/resources/dis_protection/Kosmodemyanskii_E_V_Razrabotka_technjlogy.pdfhttp://forum.nasaspaceflight.com/index.php?topic=32187.0
В рамках ОКР 14К035 разработан четырехкамерный корректирующее-тормозной двигатель МВСК83. В настоящее время проводятся работы в обеспечение поставки этого двигателя для комплексных и летных испытаний в составе изделий АО РКЦ «Прогресс» (рисунок 12).
Quote from: Stan Black on 01/06/2015 09:32 pmObzor-R uses SVIT like Bars-M (in small letters on page 154).http://www.ssau.ru/files/resources/dis_protection/Kosmodemyanskii_E_V_Razrabotka_technjlogy.pdfhttp://forum.nasaspaceflight.com/index.php?topic=32187.0Details on the propulsion system:-QuoteВ рамках ОКР 14К035 разработан четырехкамерный корректирующее-тормозной двигатель МВСК83. В настоящее время проводятся работы в обеспечение поставки этого двигателя для комплексных и летных испытаний в составе изделий АО РКЦ «Прогресс» (рисунок 12).http://www.niimashspace.ru/files/доклады/2015/6-11sentyabrya2015.pdfConfirmation of the connection with Bars-M from this tender; references both contracts for Bars-M and Obzor-R:-http://zakupki.gov.ru/223/purchase/public/purchase/info/common-info.html?noticeId=2746039&epz=true&style44=true
https://ria.ru/20190424/1552987364.htmlGoogle translate:QuoteOn the Roscosmos website, it is noted that in 2019 the satellites Meteor-M number 2-2 and Electro-L number 3 will be launched, in 2020 the Resurs-P satellites number 4, Meteor-M number 2 -3, the Kondor-FKA nature resource radar equipment number 1 and Obzor-R number 1, and the Arktika-M hydrometeorological satellite number 1.In 2021, the state corporation plans to put Resurs-P number 5, Meteor-M number 2-4, Electro-L number 4 and Kondor-FKA number 2 into orbit, in 2022, Resurs-PM number 1 and Electro-L number 5, in 2023 - Resurs-PM devices number 2, Meteor-M number 2-5, heliogeophysical satellites Ionosphere number 1 and 2 and Arktika-M number 2.In 2024, it is planned to launch Resurs-PM apparatuses number 3, Meteor-M number 2-6, Ionosphere number 3 and 4, and Arktika-M number 3, in 2025 Resurs-PM number 4, Kanopus-B number 7 and 8, Kondor-FKA-M and Arktika-M number 4 and 5.
On the Roscosmos website, it is noted that in 2019 the satellites Meteor-M number 2-2 and Electro-L number 3 will be launched, in 2020 the Resurs-P satellites number 4, Meteor-M number 2 -3, the Kondor-FKA nature resource radar equipment number 1 and Obzor-R number 1, and the Arktika-M hydrometeorological satellite number 1.In 2021, the state corporation plans to put Resurs-P number 5, Meteor-M number 2-4, Electro-L number 4 and Kondor-FKA number 2 into orbit, in 2022, Resurs-PM number 1 and Electro-L number 5, in 2023 - Resurs-PM devices number 2, Meteor-M number 2-5, heliogeophysical satellites Ionosphere number 1 and 2 and Arktika-M number 2.In 2024, it is planned to launch Resurs-PM apparatuses number 3, Meteor-M number 2-6, Ionosphere number 3 and 4, and Arktika-M number 3, in 2025 Resurs-PM number 4, Kanopus-B number 7 and 8, Kondor-FKA-M and Arktika-M number 4 and 5.
https://twitter.com/anik1982space/status/1319036499204124672
In my opinion, this is the first image of the Kondor-FKA Earth remote sensing radar satellite.(Left/center/right = Obzor-R, Meteor-M, Kondor-FKA)And plans until 2026
https://tass.ru/kosmos/10340937Google translate:QuoteMOSCOW, December 24. / TASS /. The launch of the Obzor-R radar satellite from the Plesetsk cosmodrome is scheduled for the third quarter of 2021, follows from a government contract published on the public procurement portal."The purpose of the MCh R&D work [an integral part of the development work] is to ensure <...> the launch in the third quarter of 2021 of the Obzor-R No. 1 spacecraft [spacecraft] using the Soyuz-2.1a launch vehicle , - the document says.
MOSCOW, December 24. / TASS /. The launch of the Obzor-R radar satellite from the Plesetsk cosmodrome is scheduled for the third quarter of 2021, follows from a government contract published on the public procurement portal."The purpose of the MCh R&D work [an integral part of the development work] is to ensure <...> the launch in the third quarter of 2021 of the Obzor-R No. 1 spacecraft [spacecraft] using the Soyuz-2.1a launch vehicle , - the document says.
ракетно-космический комплекс 199КС в составе:ракета-носитель «Союз-2-la» 14А14.1а;сборочно-защитный блок 204КС в составе:головной обтекатель (далее - ГО);переходной отсек с проставкой (далее ПхО + проставка);КА «Обзор-Р» №1
Russia plans to launch what it calls its "first commercial remote sensing satellite for a foreign partner" this summer. This was announced last Monday during a round-table discussion on space policy organized by Committee for Economic Policy of the Federation Council (Russia's upper house of parliament). The plans were briefly mentioned in two presentations, one of them given by a representative of a company named Barl, which builds remote sensing cameras and ground equipment for remote sensing satellites. As can be seen in a slide shown during the presentation, the satellite weighs 650 kg and will be launched into a 490x525 km Sun-synchronous orbit. It has a maximum resolution of 0.75 m. (attachment 1)The same satellite is also seen in a slide shown during another presentation, where it is identified as a satellite belonging to "Project 505" (see attachment 2). This project is linked in some procurement documents and at least one company annual report to satellite manufacturer VNIIEM. Barl's website has a drawing of a satellite called Alpha-ES (Advanced High Resolution Earth Remote Sensing Satellite) (attachment 3), but that seems to have a slightly different design and weighs only 300 kg.The foreign partner was not identified, but is almost certainly Iran. In August 2015, VNIIEM, Barl and an Iranian company signed an agreement on the development of a remote sensing satellite for Iran that would use a modified version of VNIIEM's Kanopus platform. It was announced that the satellite would be launched as a co-passenger on a Soyuz launch vehicle. Looking at this year's launch schedule, a possible candidate could be the Soyuz-2-1a /Fregat that will launch the Obzor-R radar satellite from Plesetsk in the third quarter of this year. According to the launch schedule published here, that will fly with "multiple small sats". Is there any source of information for that? By the way, this will not be the first commercial remote sensing satellite that Russia builds for a foreign partner. That honor goes to Egyptsat-2, built by RKK Energiya and launched in April 2014. However, it was lost barely a year after launch and the Russians probably want to erase it from history.
<snip>According to the documentation, Obzor-R will be placed into a 97.97° inclination orbit with a mean altitude of 654 km. This is significantly higher than the altitude announced for the commercial remote sensing satellite [see cross-post above] (490x525 km). By the way, I noticed that the Barl company was placed on the US sanctions list in 2018 and there was speculation at the time that this was because of the satellite deal with Iran. Hard to explain though why VNIIEM escaped the sanctions if that was really the reason. Anyway, the reason why the Russians didn't identify the foreign partner is clearly politically motivated.
Quote from: zubenelgenubi on 02/21/2021 08:50 pmWhat is this a reference to?Quote from: Salo on 02/20/2021 08:23 amhttps://www.roscosmos.ru/30045/QuoteDmitry Rogozin:<snip>Of the important launches this year, I would also note, of course, the launch of a radar apparatus. For the first time, we are switching to radar. https://russianspaceweb.com/obzor_r.htmlfirst time switching from analog radar to the next generation active phased digital beam forming radar called Kasatka-R or killer whale with a resolution of 0.5 - 0.3 meters. Soyuz-2.1A in 2019 documentation had a delivery date to Plesetsk MIK on June 30, 2021 to carry out the first launch NET July.
What is this a reference to?Quote from: Salo on 02/20/2021 08:23 amhttps://www.roscosmos.ru/30045/QuoteDmitry Rogozin:<snip>Of the important launches this year, I would also note, of course, the launch of a radar apparatus. For the first time, we are switching to radar.
https://www.roscosmos.ru/30045/QuoteDmitry Rogozin:<snip>Of the important launches this year, I would also note, of course, the launch of a radar apparatus. For the first time, we are switching to radar.
Dmitry Rogozin:<snip>Of the important launches this year, I would also note, of course, the launch of a radar apparatus. For the first time, we are switching to radar.
https://ria.ru/20210529/sputnik-1734705069.htmlGoogle translate:QuoteMOSCOW, May 29 - RIA Novosti. The launch of the first radar Earth observation satellite, Obzor-R, is planned for next year, said Valery Zaichko, deputy director of the Roskosmos navigation space systems department.Earlier it was reported that the launch of Obzor-R by the Soyuz-2.1a carrier rocket from the Plesetsk cosmodrome is scheduled for the third quarter of 2021."The first Obzor-R will start in 2022," Zaichko said in an interview with Russian Space magazine, published by Roskosmos.As reported, the launches of two Obzor-R vehicles, originally scheduled for 2018 and 2020, were postponed to 2021 and 2023. Later, the press service of Roscosmos told RIA Novosti that the launch of the second Obzor-R is not planned until 2026.
MOSCOW, May 29 - RIA Novosti. The launch of the first radar Earth observation satellite, Obzor-R, is planned for next year, said Valery Zaichko, deputy director of the Roskosmos navigation space systems department.Earlier it was reported that the launch of Obzor-R by the Soyuz-2.1a carrier rocket from the Plesetsk cosmodrome is scheduled for the third quarter of 2021."The first Obzor-R will start in 2022," Zaichko said in an interview with Russian Space magazine, published by Roskosmos.As reported, the launches of two Obzor-R vehicles, originally scheduled for 2018 and 2020, were postponed to 2021 and 2023. Later, the press service of Roscosmos told RIA Novosti that the launch of the second Obzor-R is not planned until 2026.
Obzor-R №1 has been delayed to 2023.The launch of the Obzor-R radar satellite was postponed to 2023 [dated Jan. 25]Google translate:QuoteThe launch of the Obzor-R radar spacecraft, previously scheduled for 2022, has been postponed to 2023. This was announced by the Director General of Roscosmos Dmitry Rogozin on Tuesday."This year we are launching our first Kondor radar device. In 2023, two more devices, including Obzor-R and another Kondor," Rogozin said during a plenary session as part of the XLVI Academic Readings on cosmonautics in memory of S. P. Korolev (Royal Readings).
The launch of the Obzor-R radar spacecraft, previously scheduled for 2022, has been postponed to 2023. This was announced by the Director General of Roscosmos Dmitry Rogozin on Tuesday."This year we are launching our first Kondor radar device. In 2023, two more devices, including Obzor-R and another Kondor," Rogozin said during a plenary session as part of the XLVI Academic Readings on cosmonautics in memory of S. P. Korolev (Royal Readings).