Спутник связи. Molniya 3-53. [Редактировать]

Молния-3 — советский, а позднее и российский спутник связи двойного назначения, разработанный НПО ПМ. Как и его предшественник КА «Молния-2», построен на базе спутниковой платформы КАУР-2 в и являлся частью Единой системы спутниковой связи (ЕССС) вместе с КА Радуга («Грань») и КА Радуга-1 («Глобус»). Кроме того, КА «Молния-3» служил для ретрансляции программ Центрального телевидения на сеть станций «Орбита».
Спутники выводились на высокоэллиптические орбиты с помощью ракеты-носителя Молния-М с космодрома Плесецк. Масса космического аппарата составляла 1740 кг, расчётный срок службы — 3 года. Спутники предоставляли фиксированную связь, осуществляли функции телевещания, обеспечивали правительственную связь.
Начиная с 2006 года постепенно заменяется на КА нового поколения «Меридиан».

КА «Молния-3» строился на базе космической платформы КАУР-2. Она состояла из цилиндрического гермоотсека со служебной и ретрансляционной аппаратурой, на котором крепились шесть откидывающихся панелей солнечных батарей, двигательная установка коррекции, имеющая форму усеченного конуса, антенны, внешние радиаторы системы терморегулирования, исполнительные органы и шар-баллоны с запасами азота системы ориентации. После выведения на рабочую орбиту, корпус спутника ориентировался продольной осью на Солнце, а антенны, установленные на выносной штанге, независимо наводились на Землю.

Дополнительные наименования

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Дополнительная классификация

#Наименования
1Страна оператор(владелец) - Россия
2Страна производитель - Россия
3Тип оператора(владельца) - военные
4Все спутники связи

Технические характеристики

#ХарактеристикаЗначение
1Масса, кг1740
2Платформа, КАУР-21
3Количество (C стволов), шт.3
4Мощность, Вт1000

Характеристики орбиты

#ХарактеристикаЗначение
1Дата (сведения с орбиты)2013-06-15

Пусковые характеристики

#ХарактеристикаЗначение
1Код NSSDC2003-029A

Информация об удачном запуске

#ХарактеристикаЗначение
1Дата пуска2003-06-19 at 20:00:00 UTC
2Полезная нагрузка 1xMolniya 3-53
3Ракета-носитель 1xМолния М

Найдено 191 документов по запросу «Molniya 3-53». [Перейти к поиску]


Дата загрузки: 2017-04-09
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0.07/5
..., T.P. Andreeva1, A.R. Gumerov1, A.N. Sazhenkov2 1 2 JSC USPE “Molniya”, Ufa, Russian Federation OJSC “Aviadvigatel..., г. Уфа, ул. Зенцова, д. 70, e-mail: molniya@molniya-ufa.ru). Андреева Татьяна Петровна..., г. Уфа, ул. Зенцова, д. 70, e-mail: molniya@molniya-ufa.ru). Гумеров Артур Римович..., г. Уфа, ул. Зенцова, д. 70, e-mail: molniya@molniya-ufa.ru). Саженков Алексей Николаевич... USPE “Molniya” (70, Zentsova st., Ufa, 450052, Russian Federation, e-mail: molniya@molniya-ufa... USPE “Molniya” (70, Zentsova st., Ufa, 450052, Russian Federation, e-mail: molniya@molniya-ufa... USPE “Molniya” (70, Zentsova st., Ufa, 450052, Russian Federation, e-mail: molniya@molniya-ufa...



Дата загрузки: 2017-03-31
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0.13/5
... systems has nine satellites in Molniya orbits equipped with infrared sensors... 2-2 for an explanation of the Molniya-type orbit); the other has... Cooperation in Space Telecommunications satellites Molniya (“Lighting”) is a constellation of 16..., telegraph, and television transmission. The Molniya-type orbit was designed by... their 12-hour periods. The Molniya-type orbit has the advantage... smallest velocity at apogee The Molniya orbit is designed to have... no longer operational, and the Molniya booster has not flown since... launches of Start-1, Kosmos, Tsyklon, Molniya, and Soyuz. Plesetsk supports remote...-9 (Scarp) SS-9 SS-5 (Skean) payloads, Molniya, Kosmos I 7.32 (LEO) Block D/DM...



Дата загрузки: 2016-12-24
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0.13/5
FLIGHT International, 16 January 1975 79 A PATTERN OF MOLNIYAS HELIOS A N D S Y M P H O N I E BULLETIN Europe's two most recent experimental spacecraft continue to function nearly perfectly. The German-US Helios flight has experienced only one minor difficulty, the antenna for experiment No 5, the plasma and radio wave investigation being conducted by the Universities of Iowa and Minneapolis, having failed to extend fully. As a result, although data arc being received it is proving difficult to assess their reliability. The Franco-German Symphonie, Europe's first communications satellite, is described by officials of main contractor MBB as working "110 per cent" perfectly. The first transmission of pictures relayed by the satellite between the two terminals at Raisting in West Germany and PleumeurBodou in France took place on December 30. They were found to have suffered no loss of quality whatever when compared with the originals. In the meantime, the second Symphonie flight model will have completed integration in eight weeks' time but a launch date has yet to be fixed. MBB is confident that the satellite will in fact be launched. The company says that the French and German Governments are "not averse" to the launch, although they assert that there are "other European interests" to be considered. The present system of Russian communication satellites, according to P. J. Perkins and G. E. Perry of Kettering Grammar School, consists of four pairs of active Molniya 1 and Molniya 2 satellites circling the Earth in orbital planes spaced at 90° intervals. The close proximity of each member of a pair can be seen from the table below which, based on data from the Goddard Space Flight Centre, gives the predicted times and longitudes of passage through the ascending node (the longitude at which a satellite, travelling north in its orbit, intersects the plane of the equator) for October 4 last year. The table also shows that the ascending nodes are situated close to 63°E, which gives the best pass over the Soviet Union. Since each Molniya has a 12hr orbit, the next pass takes place over North America. Only a part of this orbit, near apogee, is visible over the pole from the USSR. Satellite 7th 27th 26th 8th 10th 24th 25th 9th Time, GMT Molniya2 Molniya 1 Molniya 1 Molniya 2 Molniya 2 Molniya 1 Molniya 1 Molniya 2 0014 0051 0608 0610 1203 1208 1815 1830 L o n g i t u d e of ascending nod 63-6°E 59-6°E 64-1°E 63-5°E 63-9°E 63-9°E 61-8'E 61-0°E A simple method of monitoring the status of the system is to plot the right ascensions of the ascending nodes (that is, the position of these nodes relative to the "lines of longitude" on the unchanging celestial sphere rather than the moving system of Earth longitudes) against time. 25ih'Mplriya1 -27thMolniya1 10th IMoIniya 2-*-: 9ihtutolmya 2 — : teuill Operational Molniya 1 Previous Molniya 1 Operational Molniya 2 Recent repla 90 180 270 Right ascension, degrees This graph shows how pairs of Molniya I and 2 satellites circle the Earth together in orbital planes separated by 90°. Right ascension is the astronomer's way of expressing the longitude of stars and other celestial bodies relative to the fixed background of the sky. The orbital planes rotate at the rate of about \° a day so as to maintain stationary ground tracks over the Earth throughout the year, thus providing predictable communication coverage over Russia These show that on October 4 the operational Molniya 1 satellites were the 27th, 26th, 24th and 25th in the series, these having superseded the 22nd, 23rd, 19th and 21st respectively. In recent weeks the 26th Molniya 1 has been replaced by the 28th Molniya 1 which, together with the 8th Molniya 2, has been joined by the first Molniya 3. On December 21 the 11th Molniya 2 replaced the 7th Molniya 2.



Дата загрузки: 2017-03-09
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0.05/5
... Orbits by Eccentricity Polar Elliptical / Molniya Circular Equatorial (c) 2007, Carlo Kopp...) or Molniya orbit, named after the Soviet Molniya communications SVs. Molniya orbits see... portion. The Soviets devised the Molniya with an apogee above the... Satellite Data Relay system uses Molniya category elliptical orbits. A capability that... Advanced Polar System (APS) in Molniya orbits, which are to provide...



Дата загрузки: 2017-05-20
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0.24/5
... Meridian 3. • Soyuz U launched Kosmos 2462. • Molniya-M launched Kosmos 2469. RUSSIA Vehicle... Launches Kosmos 3M 1 Dnepr M 3 Rockot 2 Molniya 1 Soyuz 9 Soyuz 2 2 Soyuz U 1 Proton M 12... Boeing Classified S S 30-Sep-10 Molniya-M Plesetsk Kosmos 2469 ELI Russian... as those used for Russian Molniya satellites), and EXT (“external”) is...



Дата загрузки: 2017-05-21
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0.16/5
... Highly Elliptical Orbit Geosynchronous Orbit Molniya DSP Altitude: ~ 400 km at..., the most useful is termed a Molniya orbit (from the Russian word... this expenditure of fuel, the Molniya orbit uses an inclination of.... Three satellites set in phased Molniya orbits could thus provide continuous...



Дата загрузки: 2017-01-30
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... a classified-host satellite in a Molniya orbit. A Molniya elliptical orbit allows the satellite... Classified-Host UFO/EE Satellite Molniya (elliptical) Locations Orbit (twice a day... PEP payload is placed in a Molniya orbit, which is characterized (approximately... could operate with a payload in a Molniya orbit. To operate with PEP... modified to accommodate the following: • Molniya orbital tracking (i.e., ephemeris format changes...



Дата загрузки: 2016-12-24
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0.12/5
... fmal stage. This booster, named Molniya by the Russians, was designated... planetary missions, second-generation Lunas, Molniya comsats, and early-warning satellites... Molniya booster launch from Plesetsk. Since the late '80s, a decline in Molniya...-1 2/D- l -E/Proton 4. On 6 October 1964, a modified Molniya booster orbited Cosmos 47, a Voskhod... A-2 by the Loe , deletes the Molniya final stage, and has orbited... SL-4 launch rate . The Vostok, Molniya, and Soyuz versions of Semyorka... by 10 % . For launches to " Molniya" orbits or lunar/planetary missions...



Дата загрузки: 2017-05-20
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0.83/5
... venture is using Fig. 18-2. Molniya 1 Communications Satellite The Ekran (Screen... and low-earth orbits. The Molniya (Lightning) satellite series orbits in... first launched in 1965. The Molniya-1 series are primarily used for... government communications (Fig. 18-2). The Molniya-3 series are for civil and..., Oko (eye) was placed in Molniya orbits allowing Russia to view...



Дата загрузки: 2016-12-29
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... marketing the Soyuz. with the Molniya. under the name Starsem. planned... the Molniya. First launch 1998. from SpacePort Canada, Manitoba in 1998. MOLNIYA M SL-6 1,600kg to Molniya 269 successful START 675kg... payloads None. National launches of Molniya comunications and Cosmos early-warning... by Starsem (see above) Notes Molniya will be replaced by the...