Acronym SSAU Budget $250–300 million Founder Ukraine Headquarters Kiev | Administrator Yurii Radchenko Website www.nkau.gov.ua Founded 1993 | |
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Established February 1992 (as National Space Agency of Ukraine) Primary spaceport under lease
Ocean Odyssey Profiles | ||
The State Space Agency of Ukraine (SSAU; Ukrainian: Державне космічне агентство України, Derzhavne kosmichne ahentstvo Ukrayiny, ДКАУ, DKAU) is the Ukrainian government agency responsible for space policy and programs. Along with the Ukrainian Defense Industry and the Antonov Aeronautical Scientific-Technical Complex, it is a major state complex of the national defense industry of Ukraine. The State Space Agency of Ukraine does not specialize in manned astronautical programs. It is the second of two direct Soviet space program descendants. The agency does not have its own spaceport and is often dependent on the resources of the Russian Federal Space Agency (the primary inheritor of the Soviet space program).
Contents
- Main tasks
- Space program
- History
- National enterprises of the space industry
- Ukrainian launch vehicles
- Ukrainian satellites
- Human flights
- Sea Launch project
- Svityaz project
- Director General
- References
Until December 9, 2010, the agency was known as Національне космічне агентство України, НКАУ, the National Space Agency of Ukraine (NSAU)
Until 2014 Launches were conducted at Kazakhstan's Baikonur and Russia's Plesetsk Cosmodromes. Since the Crimean crisis, launches are conducted on Sea Launch's floating platform. NSAU has ground control and tracking facilities in Kiev with the other facilities in Yevpatoria, Crimea, and the control-measuring complexes in Yevpatoria were abandoned, while they are operating the control center in Dunaivtsi (Khmelnytskyi Oblast).
Ukrainian spacecraft include a few kinds for domestic and foreign use and international cooperation. Ukraine has supplied Russia with military satellites and their launch vehicles, a unique relationship in the world.
Main tasks
NSAU is a civil body in charge of co-ordinating the efforts of government installations, research, and industrial companies (mostly state-owned). Several space-related institutes and industries are directly subordinated to NSAU. However, it is not a united and centralized system immediately participating in all stages and details of space programs (like NASA in the United States). A special space force in the military of Ukraine is also absent.
The agency oversees launch vehicle and satellite programs, co-operative programs with the Russian Aviation and Space Agency, the European Space Agency, NASA, and commercial ventures. International participation includes Sea Launch and the Galileo positioning system.
Space program
Space activities in Ukraine have been pursued over a 10-year span in strict accordance with National Space Programs. Each of them was intended to address the relevant current issues to preserve and further develop the space potential of Ukraine. The First Program (1993–1997) was called upon to keep up the research and industrial space-related potentiality for the benefit of the national economy and state security as well as to be able to break into the international market of space services. The Second Program (1998–2002) was aimed at creating an internal market of space services, conquering the international space markets by presenting in-house products and services (including launch complexes and spacecraft, space-acquired data, space system components) and integrating Ukraine into the worldwide space community.
The National Space Program of Ukraine for 2003-2007 (NSPU), which was adopted by the Verkhovna Rada of Ukraine (the Parliament of Ukraine) on October 24, 2002, outlines the main goals, assignments, priorities, and methods of maintaining space activity in Ukraine.
The Ukrainian Cabinet of Ministers announced its plans on 13 April 2007 to allocate 312 million euros to the National Space Program for 2007-2011.
Specific programs
Goals of the program
History
The agency is a minor descendant of the Soviet space program that was passed mostly to the Russian Federal Space Agency. The agency took over all the former Soviet defense industrial complex that was located on the territory of Ukraine. The space industry of Ukraine started in 1937 when a group of scientists led by Heorhiy Proskura launched a large stratospheric rocket near Kharkiv.
In 1954, the Soviet government transformed the car producer Yuzhmash (Dnipropetrovsk) into a rocket company. Since that time, the city of Dnipropetrovsk has been known in the Anglophone world as the Soviet Rocket City.
Ukraine officially became the tenth space power on August 31, 1995 with the launch of Sich-1 using a Tsyklon-3.
As of April 2009, the Ukrainian National Space Agency is planning to launch a Ukrainian communications satellite by September 2011 and a Sich-2 before the end of 2011.
National enterprises of the space industry
Most of the enterprises are located in Dnipropetrovsk or Kiev
Ukrainian launch vehicles
During 1991-2007, a total of 97 launches of Ukrainian LV were conducted, including, but not limited to launches on the Sea Launch mobile launch pad. In 2006 Ukrainian launch vehicles accounted for 12% of all launches into space in the world.
Ukrainian companies Yangel Yuzhnoye State Design Office and Makarov Yuzhny Machine-Building Plant (Yuzhmash) have engineered and produced seven types of launch vehicles. Adding strapon boosters to launch vehicles may expand the family of Mayak, which is the latest launch vehicle developed.
Ukrainian satellites
Ukraine produced the Sich and Okean Earth observation satellites, as well as a few other types of satellites and the Coronas solar observatory in cooperation with Russia.
NSAU has engineered, constructed and launched a total of 6 satellites (since 1992). The latest Ukrainian satellite, Sich-1M, was launched in 2004 and was a successful mission. The launch of Sich-2 was scheduled in 2007 with a goal of scientific research and space exploration; it was launched in August 2011. NSAU currently is working on further Sich series satellites: Sich-3, Sich-3-O and Sich-3-P; and a satellite to fly around the Moon in 2017.
Human flights
Prior to Ukraine's independence, several Ukrainians flew in space under the Soviet flag. The first Ukrainian to fly in space under the Ukrainian flag was Leonid K. Kadenyuk on 13 May 1997. He was a payload specialist on NASA's STS-87 Space Shuttle mission. It was an international spaceflight mission, involving crew members from NASA (USA), NSAU (Ukraine) and NASDA (Japan).
Sea Launch project
See more detailed article at Sea LaunchSea Launch is joint venture space transportation company, partially owned by companies in Ukraine which handle operations for the National Space Agency. Sea Launch offers a mobile sea platform, used for spacecraft launches of commercial payloads on specialized Ukrainian Zenit 3SL rockets. The main advantage of the floating cosmodrome is its placement directly on the equator. It allows taking the greatest advantage of Earth's rotation to deliver payloads into orbit at low expense.
Within the framework of the project the space rocket complex was developed, which consists of four components:
Svityaz project
The Svityaz, Oril and Sura aerospace rocket complexes (ASRC) is intended for launching of various spacecraft (SC) into circular, elliptic and high-altitude circular, including the geostationary (GSO), orbits. Svityaz ASC represents a unique system that allows launch of spacecraft without utilization of complicated ground infrastructure. The Svityaz is launched directly from a modified version of An-225 Mriya, a Ukrainian airplane and airplane carrier that is currently the largest one in the world. Modified Mriya that will be used to carry Svityaz has been designated a code of An-225-100.
The aircraft is equipped with special devices to secure the LV above the fuselage. The operators and onboard equipment are located in the pressure-tight cabins. The Svityaz LV is being created on the basis of units, aggregates and systems of Zenit LV. It consists of three stages of non-toxic propellants — liquid oxygen and kerosene. The launch vehicle is injected into the geostationary orbit using a solid-propellant apogee stage.