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PLANNED RUSSIAN SPACE MISSIONS IN 2017:
Postponed from Dec. 28, 2016: A Soyuz-2.1a/Fregat to launch Kanopus-V-IK satellite and a cluster of secondary payloads from Baikonur into a near-polar orbit. Kanopus-V-IK was delayed from 2013 and 2015 and moved from Rockot in Plesetsk to Soyuz-2-1a in Baikonur. By Sept. 1, 2016, the launch was postponed from October to Dec. 22, 2016. By the beginning of October, the mission was rescheduled from December 22 to December 28, in order to optimize the overall flight manifest, the Interfax reported on October 4. However by the middle of October 2016, the mission slipped from December 2016 to 2017.
Postponed from November 2016: A Proton-M/Briz-M rocket to launch the AsiaSat-9 satellite from Baikonur. On June 22, 2012, the International Launch Services, ILS, which markets Proton to commercial customers, announced a contract with Asia Satellite Telecommunications Co. Ltd. to launch one of the company's future satellites, AsiaSat-6, AsiaSat-8 or AsiaSat 9, a replacement satellite to be procured for AsiaSat 4. The launch contract had included an option for AsiaSat to order one additional launch service from ILS for any of its upcoming three satellites, ILS said. At the time, the first launch was expected as early as 2014. By the end of May 2016, delays with the manufacturing of the satellite pushed the mission from November 2016 to 2017.
First half of the year: A Proton rocket to launch a satellite from Baikonur for Hispasat organization of Madrid, Spain. The satellite will be one of the two satellites that Space Systems Loral LLC (SSL) of Palo Alto, California is building for Hispasat: Hispasat-1F or Amazonas-5. Both weigh approximately five metric tons. According to the International Launch Service, ILS, which markets Protons to commercial customers, it will dual integrate both missions and Hispasat will have the flexibility to determine the satellite-to-launcher assignments very late, based on business and schedule considerations
With those two new satellites, Hispasat will be able to meet growing satellite capacity demand, mainly for satellite television platforms in regional locations and Ka-band capacity providing new Internet connectivity services, the ILS said. The satellites will have an expected useful life of 15 years and will be built on SSL's flight-proven 1300 platform.
An agreement for the launch was announced on Sept. 14, 2015.
Middle of 2017: An Angara-5 rocket with a Block-DM-03 upper stage to launch the Angosat communications satellite for the government of Angola. (As of middle of 2016. Postponed from November-December 2016.)
Sept. 25: A Zenit-3SLBF/Fregat-SB rocket to launch the Spektr-RG X-ray observatory. (As of April-June 2014, the launch was postponed from March 26, 2016, to 2017. By the end of 2015, the launch was planned on Sept. 25, 2017.).
2017: Russia to launch Geo-IK-2 No. 3 geodesic satellite for the Russian Ministry of Defense. (As of 2016.)
2017: A Soyuz-2.1b rocket to launch the 2,100-kilogram Arktika-M No. 1 remote-sensing satellite into a highly elliptical 12-hour orbit (perigee: 800-2,500 kilometers, inclination: 62.8-63.5 degrees) from Baikonur. The constellation is designed to monitor high-altitude areas of the Earth. The spacecraft is to be based on the Elektro weather-forecasting satellite. In 2008, the first pair of Arktika-M satellites was expected to fly in 2013. (299), but by December 2010, the mission slipped to 2014. (442) By 2012, the first launch was promised in 2015 and the second in 2016. In the middle of 2015, the launch was postponed from 2016 to 2017.
2017: A Soyuz-2-1b rocket with a Fregat upper stage to launch the Meteor-M No. 3 remote-sensing satellite. (As of the end of 2009, the launch was promised in 2012, however by that year, the launch slipped to 2016. It was later postponed to 2017.)
2017: Russia to launch the Kartograf-OE No. 1 remote-sensing satellite. (Before 2012, the launch was expected as early as 2014).
2017: Russia to launch Smotr-R No. 1 remote-sensing satellite.
2017: Russia to launch Arkon-2 No. 1 radar remote-sensing satellite. As of 2008, the first launch of Arkon-2 was promised in 2011 (299), however during 2010-2012 period, the mission was expected in 2017.
2017: The Baiterek launch complex in Baikonur to host its first mission of the Angara rocket. (As of end of 2010. As of 2008, the first Angara mission from Baikonur was promised in 2012; by 2009, it slipped to 2014 and by 2011 to 2017. The program was canceled in 2012).
2017-2018: A Soyuz rocket with a Fregat upper stage to launch the first pair of a quartet of satellites from Plesetsk to study plasma within the Roy ("Swarm") project. Each 200-kilogram spacecraft would be based on the Karat platform with plasma-electric engines and carry around 60 kilograms of payload. Each spacecraft would carry a single magnetometer boom and four booms for measurement of Earth's electric field.
2017: A Dnepr rocket with a Krechet upper stage to launch Ukrainian Selena mini-orbiter toward the Moon. Developed by KB Yuzhnoe, Selena would be the first spacecraft in post-Soviet Ukraine designed to go beyond the Earth orbit. (Plans as of November 2011.) Ukrainian plans for developing a lunar station had been publicized during the crisis with the Russian Phobos-Grunt spacecraft and, possibly, were timed to facilitate contacts with Russia on a potential cooperative project in deep space. Ukraine's previous plans to launch a 300-kilogram lunar orbiter on the Zenit rocket stalled due to lack of funds. However, by scaling down the project to fit into a converted ballistic missile and, possibly, joining forces with Russia, could make the proposal affordable. It could be speculated, that after the Phobos-Grunt fiasco, Russian space strategists could be under pressure to fly an inexpensive test mission into deep-space before returning to ambitious and expensive planetary missions.
This page is compiled by Anatoly Zak; Last update: October 20, 2016
Page editor: Alain Chabot; Last edit: April 30, 2011
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The Spektr-RG satellite. Copyright © 2010 Anatoly Zak
The Arktika satellite could be based on the Elektro weather-forecasting satellite. Credit: Roskosmos