spacecraft, announced as Kosmos-2378, successfully reached the orbit. The first contact between the control center at the German Aerospace Center (DLR) in Oberpfaffenhofen and the satellite was established at 05:43:13 Central European Time, CEST. delayed for 24 hours by technical problems and then by strong winds at were transferred to PO Polyot in Eastern-Siberian town of Omsk. In the United States, it has the Library of Congress designation A-2. Around 1970, de:Sojus (Rakete) es:Lanzadera Soyuz fr:Soyouz (fusée) hr:Sojuz id:Soyuz (roket) it:Lanciatore Sojuz he:סויוז (משגר) hu:Szojuz hordozórakéta nl:Sojoez (raket) ro:Soiuz (rachetă) sk:Sojuz (nosná raketa) fi:Sojuz (raketti) sv:Sojuz (raket) vi:Tên lửa Soyuz tr:Soyuz roketi ru:Ракеты-носители семейства Р7, From Infogalactic: the planetary knowledge core, Progress State Research and Production Rocket Space Center, "Soyuz launch vehicle: The most reliable means of space travel", "Molniya-M accident caused by engine failure or unfulfilled order", "NASA's latest Soyuz seat procurement may be its last", "Soyuz launch site ready for first flight", "First Soyuz almost ready for launch from French Guiana", "Carrier rocket Soyuz-FG with RB Frigate", "Soyuz from the Guiana Space Centre: User's Manual", Soyuz launch vehicle: The most reliable means of space travel, https://infogalactic.com/w/index.php?title=Soyuz_(rocket_family)&oldid=128059, Articles containing Russian-language text, Articles with unsourced statements from November 2014, Wikipedia articles needing clarification from August 2011, Articles with unsourced statements from August 2011, Space launch vehicles of the Soviet Union, Creative Commons Attribution-ShareAlike License, About Infogalactic: the planetary knowledge core, Specific impulse 310 seconds (3.0 km/s) in vacuum, Specific impulse 245 seconds (2.40 km/s) at liftoff (est), Specific impulse 310 seconds (3.0 km/s) in vacuum (est), Specific impulse 320.2 seconds (3.140 km/s) in vacuum, Propellant (Soyuz-U2 with Syntin propellant): 96.4 t (212,000 lbm), Specific impulse 264 seconds (2.59 km/s) at liftoff, Specific impulse 311 seconds (3.05 km/s) in vacuum, Specific impulse 264 seconds (2.59 km/s) at liftoff (est), Specific impulse 311 seconds (3.05 km/s) in vacuum (est), Propellant: 21.4-22.9 t (47,200–50,500 lbm).

2003 Sept. was expected to establish contact with the Russian military ground The Soyuz launch vehicle is the most frequently used and reliable launch vehicle in the world.[1]. According to the satellite manufacturer, OHB System, the payload entered its low-altitude orbit with the altitude of around 500 kilometers above the Earth's surface roughly half an hour later. two military payloads from Plesetsk. commission. to official Russian sources, both satellites successfully reached orbit Credit: PO Polyot, The SAR-Lupe satellite.   in 1966, had a totally new designation: 11K65. In total, eight different versions of the Kosmos launch vehicles had been developed, according to the official statistics. The facility was declared operational on July 28, 2004. signals from XI-V The spacecraft was expected to separate from the upper stage of the launch vehicle at 06:08 Moscow Time, while out of range of the Russian ground control stations. On August rocket: 2 (two) The mission was originally scheduled for the fourth quarter of 2007. Related Persons: Khrushchev, Korolev, Makeyev, Ustinov, Yangel.. Khrushchev desired to decentralise the missile industry, since a single nuclear bomb on Moscow would wipe out Korolev's factories. The two-stage rocket blasted off from Russia's Northern Cosmodrome in Please help us to keep this page up to date! With the second launch, the system could be operational by autumn of 2007. been successfully The Soyuz-U and Soyuz-FG rockets which are currently in service, are expected to be replaced by Soyuz-2 from 2014 onwards. 20: For the second time in a month, a Russian rocket apparently delivered the satellites and evaluating the downloaded data. the data received by the Russian ground control station have a 400-second On January rockets are routinely used to deliver navigation and low-orbit communications OHB has established a ground station in Gelsdorf near Bonn for controlling the satellite and evaluating image data. According to the radar data, the The remaining two satellites will be launched in intervals of four or five months, with the entire system to be fully operational in 2008.

latest launch was 402nd for the Kosmos-3M, since the rocket entered If the skies are clear, ground observers can see a Korolev cross formed by the falling boosters. to the Russian Space Forces, KVR, a pair of satellites successfully reached After a two-day delay by bad weather, Russian Cosmos 3M rocket lifted off from the Russian cosmodrome Plesetsk on March 27, 2008, at 20:15 Moscow Time. designed to accommodate the three-meter wide parabolic antenna of the SAR-Lupe Gross mass: 48,110 kg (106,060 lb).

of October 28, 2005, The K65M-R booster rocket, commonly known as Kosmos-3M launch vehicle, blasted off from the Kapustin Yar test range in the evening of April 22, 2006 and flew in the direction of the Sary Shagan antimissile test site.

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