MOSCOW (Roscosmos PR) — This morning, February 28, 2021 at 09:55:01 Moscow time, a successful launch of the Soyuz-2.1b carrier rocket with the Fregat upper stage and the Arktika-M spacecraft took place from the launch pad No. 31 of the Baikonur cosmodrome No. 1 on board. After 562 seconds, according to the processed telemetry information, the upper stage and payload separated from the third stage of the carrier in the normal mode.
Exolaunch’s small satellite cluster of 15 microsatellites and cubesats ,“Wanderlust, Desire To Travel”, will launch on Soyuz as soon as September 2020.
Berlin, August 17th, 2020 – Exolaunch, a Berlin-based rideshare launch and deployment solutions provider, and Glavkosmos, a single operator of foreign commercial activities of the State Space Corporation Roscosmos, have initiated a launch campaign for 15 international small satellites onboard a Soyuz-2.1b launch vehicle with a Fregat upper stage. As soon as September 2020, Soyuz-2 will deliver a cluster of small satellites into orbit as rideshare payloads on a Roscosmos mission.
MOSCOW (Roscosmos PR) — On March 16, 2020, at 18:28 UTC a Soyuz-2.1b carrier rocket equipped with a Fregat booster manufactured by NPO Lavochkin (part of Roscosmos) launched successfully from Plesetsk cosmodrome carrying a Glonass-M navigational satellite manufactured by ISS Reshetnev company. The satellite separated routinely from the booster after three Fregat booster service propulsion unit burns.
Glonass-M satellites make up the base of the GLONASS system orbital group. They transmit navigational information and time data to the ground, maritime, air and space customers.
Fregat booster ensures injecting one or several spacecraft into Earth’s orbit or into deep space. The whole injection process is carried out autonomously. A highest reliability and almost ideal injection accuracy make the booster unmatched by the world’s competitors. This launch was the 80th for the booster.
MOSCOW (Roscosmos PR) — Today, December 11, 2019, at 11:54 Moscow time, the Soyuz-2.1b launch vehicle with the Fregat upper stage successfully launched a Glonass-M navigation satellite from the Plesetsk Cosmodrome.
Separation of the satellite from the Fregat took place normally after three firings of the main engine of the upper stage.
Glonass-M satellites form the basis of the orbital constellation of the GLONASS system. They provide navigation information and accurate time signals to land, sea, air and space consumers.
It’s been a long road, getting from there to here….
by Douglas Messier Managing Editor
The Russian space program reached a milestone last week: for the first time in nearly a decade, it went a full 12 months — 365 days — without a single partial or complete launch failure.
On Oct. 11 the program passed the one-year anniversary of the Soyuz MS-10 in-flight abort that sent NASA astronaut Nick Hague and Roscosmos cosmonaut Aleksey Ovchinin on a wild ballistic ride. Neither one was injured; both later flew to the International Space Station.
The last time Russia went more than one year between launch failures was a 14-month stretch between March 14, 2008 and May 21, 2009.
The last calendar year in which the Russian space program had a clean sheet was in 2003. They have 76 days left in 2019 to equal that feat.
The table below shows the program’s 22 failures and six partial failure over the past 15 years.
MOSCOW (Roscosmos PR) — GK Launch Services (“GK”) and Innovative Space Logistics (“ISL”) have teamed up for launching CubeSats on GK’s first commercial SSO mission from Q2 2020 that will fly from Baikonur Cosmodrome.
The objective of this joint service is to address the need of the current CubeSat market for reliable launch solutions at a highly cost-effective pricepoint, supported by a team with unique experience.
KOUROU, French Guiana (Arianespace PR) — With a successful Soyuz launch that completed the first phase of SES’ O3b constellation, Arianespace today reaffirmed is ability to support the growing global market for such in-orbit satellite systems.
Lifting off mid-day from the Spaceport in French Guiana, the workhorse launch vehicle delivered the 17th, 18th, 19th and 20th O3b satellites into a circular orbit during a flight lasting 2 hours and 22 minutes until final separation. Total payload lift performance was estimated at 3,198 kg.
BAIKONUR, Kazakhstan (Roscosmos PR) — Today, February 21, 2019, from the Baikonur cosmodrome at 19:47 Moscow time, the launch vehicle Soyuz-2 with the Fregat accelerating unit (RB) and the satellite Egyptsat-A, created in the interests of the Arab Republic of Egypt, was launched.
After the separation of the head unit from the third stage of the carrier rocket RB “Frigate” continued the removal of the spacecraft. The separation of the satellite from the upper stage took place normally after two inclusions of the marching propulsion system in strict accordance with the flight sequence chart.
The Egyptsat-A spacecraft is designed to capture the earth’s surface with high spatial resolution. After the flight test program has been completed, the satellite will be transferred to the Egyptian side.
Translated from Russian using Google Translate.
Editor’s Note: There are reliable Twitter reports that the third stage of the Soyuz-2 booster under performed. The Frigate(Fregate) stage fired longer to place the satellite into its intended orbit. It’s not clear if the anomaly will impact upcoming launches of OneWeb satellites or crews and supplies to the International Space Station.
MOSCOW (Roscosmos PR) — Today, on 27 December 2018, at 5:07 am Moscow time, Soyuz-2.1a carrier rocket with Fregat booster and Earth remote sensing (ERS) satellite vehicles №5 and №6 of the Kanopus-B series was successfully launched from the launch pad of the Vostochny Cosmodrome.
In accordance with the launch sequence, following two impulses of the service propulsion system of Fregat booster, satellite vehicle Kanopus-B №5 and satellite vehicle Kanopus-B №6 were routinely detached from the booster at 6:06 am and 6:12 am Moscow time respectively.
Over the past few years, I’ve been keeping track of Russia’s annual launch failures. For reasons I can’t quite recall, the table I’ve used only went back to 2009.
Recently, I saw a graphic on a Russian website about launch failures, and I realized I hadn’t gone back far enough. So, I dug into the records of the last 30 years from 1988 through 2017, which covers Russia and the last four years of the Soviet Union.
And holy crap! There were a helluva lot of them. Launch failures are not a bug in the system, they’re a feature.
UPDATE: SpaceX has scrubbed for the day due to the need to replace a sensor on the second stage. The next launch window is Wednesday, Jan. 31. __________
A SpaceX Falcon 9 launch scheduled for late this afternoon will kick off a busy period of international launches that will see the inaugural launch of the Falcon Heavy and China’s sixth orbital mission of 2018. SpaceX has four flights scheduled by the middle of February. (Thanks to Spaceflight Now for the schedule.)
Launch Vehicle: Falcon 9 Payload: GovSat 1 Launch Window: 4:25-6:46 p.m. EST (2125-2346 GMT) Launch Site: SLC-40, Cape Canaveral Air Force Station, Florida
The Orbital ATK-built satellite will provide secure communications as part of the nation’s contribution to NATO. There will be no attempt to recover the Falcon 9’s first stage.
Jan. 31/Feb. 1
Launch Vehicle: Soyuz 2-1a with Fregat upper stage Payload: Kanopus-V 3 & V4 Launch Time: 9:07:18 p.m. EST Jan. 31 (0207:18 GMT on Feb. 1) Launch Site: Vostochny Cosmodrome, Russia
The twin satellites will assist Russia in mapping, forest fire detection and disaster response.
Launch Vehicle: Long March 2D Payload: CSES Launch Time: TBD Launch Site: Jiuquan Satellite Launch Center, China
The China Seismo-Electromagnetic Satellite will study how electromagnetic signals in Earth’s atmosphere and ionosphere to determine if they can help predict earthquakes. This joint mission with Italy will be China’s sixth launch of 2018.
Launch Vehicle: SS-520-5 Payload: TRICOM 1R CubeSat Launch Window: 12:00-12:20 a.m. EST (0500-0520 GMT) Launch Site: Uchinoura Space Center, Japan
The second launch of Japan’s upgraded sounding rocket will carry the 3U TRICOM 1R CubeSat, which has an imaging camera and store and forward communications system.
Launch Vehicle: Falcon Heavy Payload: Tesla Roadster Launch Window: 1:30-4:30 p.m. EST (1830-2130 GMT) Launch Site: LC-39A, Kennedy Space Center, Florida
The inaugural flight of the Falcon Heavy will send a red Tesla Roadster into deep space.
Launch Vehicle: Falcon 9 Payload: Paz Launch Time: 9:22 a.m. EST; 6:22 a.m. PST (1422 GMT) Launch Site: Vandenberg Air Force Base, California
Built by Airbus Defense and Space, Hisdesat’s Paz satellite will provide radar imaging as well ship tracking and weather data. The flight will use a previously-flown first stage.
Russia successfully launched a Lotos electronic intelligence spy satellite aboard a Soyuz-2.1b booster on Saturday from the Plesetsk Cosmodrome.
The flight came four days after the failure of a similar Soyuz-2.1b launched from the Vostochny Cosmodrome. The launch from Plesetsk did not use the Fregat upper stage blamed for the failure on Tuesday.
Officials believe the Fregat upper stage was not properly programmed for a launch from Vostochny. The programming error caused the Fregat to send a Russian weather satellite and 18 secondary payloads into the Atlantic Ocean.
Deputy Prime Minister Dmitry Rogozin has bluntly declared that the Russian space industry is uncompetitive with its American counterparts except in the crucial area of rocket engine development.
The harsh comments by Rogozin, who oversees the space and defense sectors, come amid continued quality control problems that affected two recent launches and a review of Roscosmos ordered by President Vladimir Putin.
“Our space industry has fallen behind the Americans ninefold. All of our ambitious projects require us to up productivity 150 percent – and even if we manage that, we will still never catch up with them,” Rogozin originally said to Interfax Friday. (more…)
UPDATE: TASS is reporting the primary payload, Kanopus ST, failed to separate from the upper stage. Efforts to correct the problem have reportedly failed.
Russian media are reporting that one of two military satellites placed into orbit by a Soyuz 2-1v rocket has failed to separate from its Volga upper stage after launch on Saturday from the Plesetsk Cosmodrome.
The Kanopus ST satellite includes sensors designed to track submarines, and the KYuA 1 secondary payload is a passive spacecraft that would be used to calibrate ground-based military radars. It’s unclear which spacecraft might still be attached to the upper stage.
This was the second launch for the Soyuz 2-1v, which successfully flew its maiden flight in December 2013. The rocket is a slimmed down version of the Soyuz 2 launcher, with the four booster rockets removed from the first stage and he NK-33 engine replacing the RD-117 motor. The launcher is capable of playing up to 2,850 kg into low Earth orbit.
TsSKB Progress, which manufactures the Soyuz 2-1v, began developing the Volga stage in 2008 as a cheaper alternative to the Fregat upper stage. The Volga is based upon a propulsion module that has been used on previous spacecraft. It successfully flew on Soyuz 2-1v first flight in 2013.
Arianespace and ESA have issued an update on the launch anomaly that stranded two Galileo navigation satellites in the wrong orbits. The statement confirms that investigators are focused on an apparent problem with the Fregat upper stage of the Russian Soyuz ST launch vehicle.
The update provides no information about the fate of the satellites other than to say they are healthy and communicating with the ground. The European Commission has not issued an update since Friday, when it celebrated what it thought was a fully successful launch.