It returns to the Vehicle Assembly Building, and after launch it comes back to retrieve the Mobile Launch Platform.
Nasa has two big vehicles called crawlers: the shuttle gets lifted vertically onto the top of these crawlers, attached to the other rockets, then the crawler 'crawls' to the launch "site" where takeoff happens. so technically, the launch "pad" is the top of the crawler, so the shuttle got to the "pad" on a crane, but got to the launch "site" on top of the nasa crawler.
The shuttle and launch platform are moved from the Vehicle Assembly Building by the crawler transporter. the CT is a large tracked vehicle that goes under the MLP and picks it up. it drives at 0.8 miles an hour along the crawlerway. the journey takes 5-7 hours depending on the destination.
It typically takes several weeks to move a space shuttle from one location to another. The process involves carefully transporting the shuttle on a special transporter vehicle at very slow speeds to ensure its safety. Factors like distance, logistics, and any necessary road closures can also affect the timeline for moving a space shuttle.
Space Shuttle Challenger failed during launch. Space Shuttle Columbia failed during reentry.
There is a maximum of 3 G's during the shuttle launch.
Nasa has two big vehicles called crawlers: the shuttle gets lifted vertically onto the top of these crawlers, attached to the other rockets, then the crawler 'crawls' to the launch "site" where takeoff happens. so technically, the launch "pad" is the top of the crawler, so the shuttle got to the "pad" on a crane, but got to the launch "site" on top of the nasa crawler.
The shuttle and launch platform are moved from the Vehicle Assembly Building by the crawler transporter. the CT is a large tracked vehicle that goes under the MLP and picks it up. it drives at 0.8 miles an hour along the crawlerway. the journey takes 5-7 hours depending on the destination.
It typically takes several weeks to move a space shuttle from one location to another. The process involves carefully transporting the shuttle on a special transporter vehicle at very slow speeds to ensure its safety. Factors like distance, logistics, and any necessary road closures can also affect the timeline for moving a space shuttle.
Space Shuttle Challenger failed during launch. Space Shuttle Columbia failed during reentry.
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There is a maximum of 3 G's during the shuttle launch.
The white smoke seen during a shuttle launch is caused by the ignition of the solid rocket boosters. It consists of exhaust gases and steam produced by the burning of solid propellant.
The space shuttle experienced about 3 G's (3 times the force of Earth's gravity) during launch. This force occurred as the shuttle accelerated into space to overcome Earth's gravity.
During the launch, astronauts in a space shuttle experience a sensation of weightlessness for a short period due to the force of gravity being canceled out by the acceleration of the shuttle. However, this weightlessness is not the same as the zero gravity experienced in orbit, as it is a result of the shuttle's motion rather than being in a true microgravity environment.
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The final shuttle launch takes place in July 2011.
AnswerBefore launch the shuttle is moved to the launchpad by the Shuttle Crawler-Transporter from the Vehicle Assembly Building. If the last landing has occurred at the Edwards Airforce Base in California, it will have been brought to this building by the Shuttle Carrier Aircraft, a 747 especially adapted to 'piggyback' it. At other times, the shuttle is pushed or towed by vehicles similar to those that move planes at airports.See the related links below.The orbiter vehicle, commonly known as the space shuttle, is actually only one piece of the Shuttle Transportation System (STS), which is stacked with the External Tank (ET) and the Solid Rocket Boosters (SRB's) only after it has been prepared for flight in the Orbiter Processing Facility (OPF). Once prepared for flight in the OPF, the landing gear remains in the "up" position until the orbiter lands, following each mission.The flight-ready orbiter is transported aboard a special multi-wheeled transporter from the OPF to the Vehicle Assembly Building (VAB) where large cranes hoist it off the transporter and lift it into place aboard the Crawler-Transporter where it will be mated to the already stacked ET and SRB's to form the STS.Once the orbiter returns to the Kennedy Space Center landing facility, either having been transported here by the Shuttle Carrier Aircraft (SCA) or directly landing following a mission, it will be towed to the OPF using an aircraft-tow "tug", where it will be prepared for its next mission, beginning the cycle all over again.