The answer is no. The reason is because the Space Shuttle Main Engines (SSMEs) draw fuel from the orange external tank (ET). Fuel from the ET is drained by the the time the shuttle reaches orbit 8 minutes after launch. The ET is then jettisoned where it burns up upon re-entry. LOX and LH2 fuel on board the orbiter itself that is meant for the SSMEs is only enough to provide the required de-orbit burn to slow the orbiter enough for re-entry.
Change in orbital altitudes are achieved though two smaller secondary engines called "orbital maneuvering system engines" (OMS) However, these are not nearly powerful enough to increase the orbiter's velocity to escape earth orbit.
In the days of Apollo, the Saturn V brought put the astronauts in to a very low "parking orbit" which gave them time to plan the trans-lunar injection (TLI, the rocket burn to speed up the spacecraft so it can escape earth orbit and be put on a course to the moon). After 2.5 orbits, the J-2 engine of the Saturn V's S-IVB (third stage) is fired for six minutes, and accelerates the spacecraft from 17,000 MPH to 25,000 MPH, allowing it to escape earth's gravity and be put on a course for the moon.
Space shuttle travel revolutionized space travel by providing a reusable spacecraft that could carry astronauts and cargo to space, then return to Earth for refurbishment and reuse. This reusability significantly lowered the cost of space missions and made it more accessible. The shuttle also facilitated the construction of the International Space Station and enabled crucial scientific research and technological advancements in space exploration.
The space shuttle allowed for the deployment and servicing of satellites, construction and maintenance of the International Space Station, and the transportation of astronauts and supplies to space. It also facilitated scientific research in microgravity and helped advance our understanding of space travel and technology.
A space shuttle is able to float because there is no gravity in space.
they would travel in a space shuttle
The space shuttle travels in the thermosphere layer of the atmosphere, which is the layer located above the mesosphere. This layer is where temperatures can reach very high levels due to its proximity to space.
Space shuttle travel revolutionized space travel by providing a reusable spacecraft that could carry astronauts and cargo to space, then return to Earth for refurbishment and reuse. This reusability significantly lowered the cost of space missions and made it more accessible. The shuttle also facilitated the construction of the International Space Station and enabled crucial scientific research and technological advancements in space exploration.
The space shuttle allowed for the deployment and servicing of satellites, construction and maintenance of the International Space Station, and the transportation of astronauts and supplies to space. It also facilitated scientific research in microgravity and helped advance our understanding of space travel and technology.
The Space Shuttle can travel over 17,500 MPH
A space shuttle is able to float because there is no gravity in space.
they would travel in a space shuttle
No. The space shuttle can only reach low Earth orbit.
yes.. by space shuttle
The space shuttle travels in the thermosphere layer of the atmosphere, which is the layer located above the mesosphere. This layer is where temperatures can reach very high levels due to its proximity to space.
Space Cowboys (2000) is one of the best examples of space shuttle travel.
The space shuttle does not travel to the moon. The Apollo missions used spacecraft, not space shuttles, to travel to the moon. It took the Apollo missions around 3 days to travel from Earth to the moon.
The space shuttle flies into space. It can travel to different planets.
* shuttle