The thermosphere is actually concidered to be in space because it is so rediculously thin. Because it is so thin spacecraft can orbit in it without the need for thrust. It also helps protect from radiation
it doesn't necessarily fly, its in a constant angular free fall around the planet which is what being in orbit means. But if you're asking why the space shuttle stays in the thermosphere, the answer would be because thats the layer of the earth's atmosphere where a space shuttle's velocity is enough to counteract the earth's gravitational pull, creating an angular free fall as mentioned earlier.
The thermosphere and the exosphere
The Space Shuttle Columbia. It was the first shuttle to fly into space in 1981.
Space Shuttle Enterprise did not fly in space, it was only a mock-up used for aerodynamics and gliding tests.
Many aircraft can not fly the speed it needs to break through the thermosphere. Airplanes also don't have the proper heat resistance needed to keep the crew safe during flight.
99.99% of the time they fly to the ISS The International Space Station
it doesn't necessarily fly, its in a constant angular free fall around the planet which is what being in orbit means. But if you're asking why the space shuttle stays in the thermosphere, the answer would be because thats the layer of the earth's atmosphere where a space shuttle's velocity is enough to counteract the earth's gravitational pull, creating an angular free fall as mentioned earlier.
I am pretty sure that a space shuttle is found in the thermosphere or mesosphere.
Thermosphere
An average space shuttle orbits in the high thermosphere, which is 120-600 km above sea level
The thermosphere and the exosphere
The Space Shuttle Columbia. It was the first shuttle to fly into space in 1981.
Space Shuttle Enterprise did not fly in space, it was only a mock-up used for aerodynamics and gliding tests.
a space shuttle.
Many aircraft can not fly the speed it needs to break through the thermosphere. Airplanes also don't have the proper heat resistance needed to keep the crew safe during flight.
Thermosphere is the atmosphere's outermost layer with a very thin air and no definite outer limit. The reason why a space shuttle gets through it is because shuttle orbiters used ceramic tiles and heat protection.
Thermosphere is the atmosphere's outermost layer with a very thin air and no definite outer limit. The reason why a space shuttle gets through it is because shuttle orbiters used ceramic tiles and heat protection.