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The short form of the Indian Space Shuttle that puts satellites into orbit is GSLV, which stands for Geosynchronous Satellite Launch Vehicle. It is a series of rocket launch vehicles used by the Indian Space Research Organisation (ISRO) for launching satellites into various orbits.
Rockets primarily are used to launch satellites into space. Alternatively, the space shuttle is used for very large satellites, but that option will no longer be available when the fleet is retired at the end of 2010.
1981.
The Space Shuttle was primarily hosted at the Kennedy Space Center in Florida, where it was launched and landed. Additionally, satellites are often hosted by various platforms, including the International Space Station (ISS) and dedicated satellite launch vehicles. These platforms provide the necessary infrastructure to deploy and operate satellites in orbit.
Satellites are launched into space using rockets, which provide the necessary thrust to carry them beyond Earth's atmosphere. Rockets can be launched from the ground, sea, or air. Once in space, the satellite is released and maneuvered into its desired orbit.
Generally space shuttles are not used to launch satellites as it is very costly to launch a space shuttle. Rockets with automated systems place satellites in orbit as opposed to a manned shuttle.
After a space shuttle is launched it goes in orbit around the Earth. While in orbit, the astronauts preform experiments that can only be done in micro gravity or preform maintenance on satellites, or launch new satellites.
The short form of the Indian Space Shuttle that puts satellites into orbit is GSLV, which stands for Geosynchronous Satellite Launch Vehicle. It is a series of rocket launch vehicles used by the Indian Space Research Organisation (ISRO) for launching satellites into various orbits.
No. The Space Shuttle engine geometry is derived from the Titan III launch platform, which was used to put spy satellites into orbit, not launch MIRVs into ballistic tragectories.
Rockets primarily are used to launch satellites into space. Alternatively, the space shuttle is used for very large satellites, but that option will no longer be available when the fleet is retired at the end of 2010.
Launch, orbit, and landing.
1981.
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Satellites are launched into space using rockets, which provide the necessary thrust to carry them beyond Earth's atmosphere. Rockets can be launched from the ground, sea, or air. Once in space, the satellite is released and maneuvered into its desired orbit.
Though now retired, the space shuttle was able to 'capture' satellites for repair and replace then in their correct orbit.
The space shuttle's reusable design allows it to launch, travel to space, return to Earth, and be prepared for launch again efficiently. Its large payload capacity enables the transportation of astronauts, cargo, and satellites to space in a single mission. Additionally, the space shuttle's ability to maneuver in space and deploy and repair satellites makes it a versatile spacecraft.
The space shuttle was the first reusable launch vehicle developed by NASA. Despite two fatal accidents caused at launch, the space shuttle proved a reliable orbital vehicle.