Galaxy 4R, a Hughes HS-601HP or "high power" spacecraft, provides broadcast and telecommunications service to North America, with the capability to provide back-up services to Latin America. The satellite was built on an expedited basis.
Geostationary OrbitThe SESAT 1 (Siberia - Europe SATellite) provides a wide range of telecommunications services over a very large geographical coverage area extending from the Atlantic Ocean to Eastern Russia, including a large part of Siberia. The satellite also provides similar services within the Indian Sub-Continent by means of a Steerable Spotbeam. Sharing the 36° East orbital position with the Eutelsat W4 satellite, SESAT contributes to the development of international, regional and domestic services, such as thin route telephony, corporate and specialised data services and long distance trunk telephony. It facilitates the development of new markets in far eastern Europe and southern Asia for all types of telecommunication and business services, as well as providing full interconnectivity with western and central Europe.
Geostationary OrbitSoyuz TM-30 was the 39th mission and the 28th long-duration expedition to Mir space station. It was the final human spaceflight to Mir. The mission began on April 4, 2000, 05:01:29 UTC, launching Commander Sergei Zalyotin and Flight Engineer Aleksandr Kaleri into orbit. They docked with Mir two days later. During their stay there, cosmonauts performed an EVA and various maintenance and repair tasks. Station crew was visited by several Progress resupply spacecrafts. The mission was privately funded by MirCorp company, which planned to refurbish and privatize the aging Mir space station, however insufficient funding and investment made these plans impossible to come true. The mission concluded with a safe landing back on Earth on June 16, 2000, 00:44 UTC.
Low Earth OrbitIMAGE (Imager for Magnetopause to Aurora Global Exploration) uses neutral atom, ultraviolet, and radio imaging techniques to identify the dominant mechanisms for injecting plasma into the magnetosphere on substorm and magnetic storm time scales, determine the directly driven response of the magnetosphere to solar wind changes; and, discover how and where magnetospheric plasmas are energized, transported, and subsequently lost during substorms and magnetic storms.
Elliptical Orbit