The space shuttle is not designed to leave low earth orbit; it cannot even make it to the moon within it design peramaters.
Spacecraft in general can make it to Saturn within 2 years, although that depends on where the rest of the solar system is, if "gravity assist slingshots" can be used and many other factors. A manned mission would also have to consider the same factors for a return trip to earth. Assuming a route was found that it would only take 2 years in and 2 years back, that route may only be available one time every 25 years (as an example).
long time compare to earth
The space shuttle is not capable of leaving low earth orbit, a rocket like what the Apollo missions used (although much bigger) would be required.
3 years if you are going at 17 km/sec
The space shuttle propulsion system isn't powerful enough to get to the moon let alone Saturn. The space shuttle gets up to a speed of about 4 miles per second maximum which is enough to then coast in earth orbit for many days but not enough to get more than a few hundred miles up. That's why it is so easy to see from the ground - it's not that far up. Using existing technology Nasa has estimated a manned trip to mars would take about 3 months. Saturn at its closest would be about 10 times farther than mars. So to get there in less than 30 months would require an even more powerful rocket than planned for mars.
The Space shuttle cannot go beyond low earth orbit, but assuming you were traveling at the shuttle's orbital speed of 17,600 mph it would take approximately 7 months to reach the sun (the nearest star to earth), and approximately 160,000 years to reach Proxima Centauri, the nearest star to the sun.
It could not, the shuttle cannot leave low earth orbit
long time compare to earth
The space shuttle is not capable of leaving low earth orbit, a rocket like what the Apollo missions used (although much bigger) would be required.
3 years if you are going at 17 km/sec
Any! but i would seggest a space shuttle Any! but i would seggest a space shuttle
At a top speed of around 30,000 Km per hour, in theory it would take around 160,000 years to reach Proxima Centauri. In practice, the Space Shuttle is not able to break out of Earth orbit to start such a journey.
The Space shuttle cannot go beyond low earth orbit, but assuming you were traveling at the shuttle's orbital speed of 17,600 mph it would take approximately 7 months to reach the sun (the nearest star to earth), and approximately 160,000 years to reach Proxima Centauri, the nearest star to the sun.
The space shuttle propulsion system isn't powerful enough to get to the moon let alone Saturn. The space shuttle gets up to a speed of about 4 miles per second maximum which is enough to then coast in earth orbit for many days but not enough to get more than a few hundred miles up. That's why it is so easy to see from the ground - it's not that far up. Using existing technology Nasa has estimated a manned trip to mars would take about 3 months. Saturn at its closest would be about 10 times farther than mars. So to get there in less than 30 months would require an even more powerful rocket than planned for mars.
All the Space Shuttles are the same size, but if your asking for the biggest rocket, that would be the Saturn V (five) that took America to the moon and was the base for skylab.
The Andromeda Galaxy is 12,904,531,200,000,000,000 miles away and the space shuttle orbits at 18,000 mph so to travel to the Andromeda Galaxy in the space shuttle would take 81.8 billion years which is around 18 times the currrent age of the universe!!!
I am pretty sure that a space shuttle is found in the thermosphere or mesosphere.
first u open the package then reach your hand in then put it in your mouth, chew and swallow