The maximum acceleration that was experienced during normal shuttle liftoff was about 3g. During reentry, astronauts experienced approximately 1.5g.
The space shuttle experienced about 3 G's (3 times the force of Earth's gravity) during launch. This force occurred as the shuttle accelerated into space to overcome Earth's gravity.
A space shuttle feels like a smooth ride during liftoff with a sense of acceleration and increased G-forces. Once in space, the shuttle feels weightless and the sensation is often described as floating. Reentry can feel turbulent and intense as the shuttle reenters the Earth's atmosphere.
The space shuttle experienced about 3 g's of acceleration during takeoff.
During the launch of a space shuttle, astronauts experience G-forces ranging from 3-4 times the force of gravity. This is due to the rapid acceleration of the shuttle as it leaves Earth's atmosphere. Astronauts undergo extensive training to prepare for these forces and minimize their effects on the body.
The maximum acceleration that was experienced during normal shuttle liftoff was about 3g. During reentry, astronauts experienced approximately 1.5g.
The space shuttle experienced about 3 G's (3 times the force of Earth's gravity) during launch. This force occurred as the shuttle accelerated into space to overcome Earth's gravity.
A space shuttle feels like a smooth ride during liftoff with a sense of acceleration and increased G-forces. Once in space, the shuttle feels weightless and the sensation is often described as floating. Reentry can feel turbulent and intense as the shuttle reenters the Earth's atmosphere.
The space shuttle experienced about 3 g's of acceleration during takeoff.
During the launch of a space shuttle, astronauts experience G-forces ranging from 3-4 times the force of gravity. This is due to the rapid acceleration of the shuttle as it leaves Earth's atmosphere. Astronauts undergo extensive training to prepare for these forces and minimize their effects on the body.
When the space shuttle takes off, the astronauts experience 9 times the normal force of gravity on earth. At launch the gravity that they experience is about 1.7 g's and by the time the solid rocket boosters are separated which is two minutes into the launch the g-force will be over 2 g's. At the separation of the solid rocket booster, the g-force will decrease to just over 1 g. During the last one minute of the ascent, which is for 8.5 minutes, when the main engines ignited the last full minute, we will experience about 3 g's, and when the main engines cut off around 8 minutes, 30 seconds, you go right into zero-g and everything starts to float around.
The Big Space Shuttle - 1997 V is rated/received certificates of: USA:TV-G
The G force on a Space Shuttle at takeoff is 3G. This lasts until the SRBs (Solid Rocket Boosters) quit.DUDE, your so wrong! Try 6 + More G forces... On a realistic average. Just ask NASA.6+G would get the shuttle going way too fast too low, and it would rip apart with air flow pressure. first answer is right, if actually a slight over estimate. one of those Gs is actually 1G of lovely earthly gravity too. it barely accelerates at 2G. (just ask nasa) or anyone who's sustained 6Gs for two minutes.
She was twice on the space shuttle Challenger, in June 1983 on mission STS-7 and in October 1984 on mission STS-41-G.
The g-force for a rocket can vary depending on its design and stage of flight. During launch, g-forces can range from 3 to 6 times the force of gravity (3-6 g). During reentry, forces can reach up to 8-9 g for some spacecraft. Astronauts are trained to withstand these high g-forces.
Yes, the space shuttle does make use of Earth's gravitational force when landing back to Earth. During re-entry, the shuttle uses its heat shield to slow down, then utilizes the force of gravity to glide and maneuver until landing safely at the designated site.
Her first space trip was in the Space Shuttle mission STS-51-G, which was launched on 17 June 1985.