At take off, the shuttle along with its boosters creates 6,780,000 lbf of thrust.
A 747-8i creates 266,000 lbf of thrust with its 4 GEnx-2B67 engines.
So you'd only need just over 25 747-8i to have the same power as a shuttle at takeoff.
NASA's Space Shuttle Fleet, Atlantis, Endeavor, Discovery, Columbia, & Challenger, hold the world record in speed, Mach 11 ( 45000 Miles Per Hour ). NASA's space shuttle fleet is one of a kind; no other Vehicle has the engines of This fleet.
Airplanes utilize either internal combustion engines, which mix air and gasoline for their power, or, they have jet engines that cram air into the engines, and spray kerosene into the air flow. Space shuttles have rocket engines. The take their air with them. Well, oxygen, actually.
Space shuttles are powered using rocket engines that burn liquid fuel (such as liquid hydrogen and liquid oxygen) or solid rocket boosters. Once out of Earth's atmosphere, the space shuttle relies on these engines to propel itself through space and maneuver in a zero-gravity environment.
Same: solid rocket boosters and liquid hydrogen/oxygen main engines.
Yes it's called gimbling.
The space shuttle main engines (SSME) RS 24 engines use rocketdyne liquid hydrogen and liquid oxygen fuel in the engine that is designed in such a way that the engines are reusable.
Some common modes of transportation into space include rockets and space shuttles. Rockets use powerful engines to propel spacecraft beyond Earth's atmosphere, while space shuttles are reusable spacecraft that launch like a rocket and land like an airplane. Both of these vehicles are used to carry astronauts and cargo into space for missions to the International Space Station or beyond.
Horsepower is not used in space shuttles. Instead, the thrust produced by the engines is measured in Newtons or pounds-force. This thrust is essential for propelling the shuttle into space and overcoming Earth's gravity.
NASA space shuttles
Helium is used as a pressurizing agent in the fuel and oxidizer tanks of space shuttles. By regulating pressure during fuel consumption, helium ensures a steady flow of propellants to the engines, which is crucial for achieving the necessary thrust to lift the shuttle off the ground and into space.
Space shuttles use energy, not make it
The space shuttles were launched by liquid fuel engines along with solid fuel boosters to get them into orbit. That also provided the initial speed of over 17,000 mph that keeps them orbit without any additional use of the engines. Once in orbit they used orbital maneuvering engines to change their orientation as well provide the slow down required to bring them back to Earth.
Stations are built in space; Shuttles use rocket boosters.