Well they are used because without them the space shuttle would not be able to have enough force to escape the earths gravity when it was being launched.
The Space Shuttle used two solid rocket boosters during liftoff. These solid rocket boosters provided the additional thrust needed to propel the shuttle into orbit before separating and falling back to Earth.
There are actually two types of boosters that were both used by the space shuttle before their decommission. To propel the vehicle out into space from the surface of the earth out past the atmosphere, the shuttle used SRB's, or Solid Rocket Boosters. The engines on the actual shuttle are LRB's, or Liquid Rocket Boosters. These are used to propel the space vehicle further into space and into orbit around the earth.
The engines for the space shuttle.
The solid rocket boosters used by the space shuttle separate and fall away once they are burnt out, so there is no risk of them catching the shuttle on fire. Additionally, the boosters are designed to burn cleanly without producing excess flames or residue that could harm the shuttle.
The two white Solid Rocket boosters fall back into the sea and are re-used. The main engines are on the shuttle itself which of course is used many times.
Certainly not! The space shuttle was the first reuseable space craft. After its solid rocket boosters and belly tank fall away, they are collected from the sea.
The Columbia shuttle was launched using the Space Shuttle system, which involved strapping the shuttle onto a rocket boosters and an external fuel tank. The boosters provided most of the thrust during liftoff, with the shuttle's main engines igniting once in space.
During shuttle takeoff, the Solid Rocket Boosters detach and fall off the shuttle once they have expended their fuel. The boosters aid in propelling the shuttle into space at the start of its journey.
The space shuttle was launched into space using a combination of solid rocket boosters and liquid fuel engines. The boosters provided the initial thrust needed to get the shuttle off the ground, while the main engines continued to propel it into orbit. Once in space, the shuttle would orbit the Earth until it was ready to re-enter the atmosphere and land back on Earth.
The space shuttle used a combination of solid rocket boosters and liquid fuel. The solid rocket boosters were powered by a mixture of powdered aluminum and ammonium perchlorate, while the main engines used liquid hydrogen and liquid oxygen as fuel.
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The Space Shuttle flies into space using a combination of its powerful solid rocket boosters and its main engines. Upon liftoff, the solid rocket boosters provide the majority of the thrust needed to overcome Earth's gravity. Once the shuttle reaches a certain altitude and velocity, the boosters are jettisoned, and the main engines continue to propel the shuttle into orbit. After reaching space, the shuttle's orbital maneuvering system helps it adjust its trajectory for docking or other mission objectives.