How long would it take to go up a space elevator?
about 5 days
At the speed of a very fast car or train of 300 km/h (190 mph) it will take about 5 days to climb to geosynchronous orbit.
Can you go up the space elevator in satisfactory?
The Space Elevator must be constructed to unlock Tier 3 and above. Only one Space Elevator can be built in a game; however, it can be dismantled and relocated without losing progress at any time. Once an item has been loaded into the elevator, it cannot be retrieved.
Is a space elevator worth it?
A space elevator is indeed worth its weight in diamonds. Cost minimization is even closer to geosynchronous orbit if there is excess demand for additional mass to be anchored at the top of the cable. Cutting the price of cargo delivered to geosynchronous orbit is worth billions of dollars a year.
How feasible is space elevator?
A space elevator is possible with today’s technology, researchers say (we just need to dangle it off the moon) Space elevators would dramatically reduce the cost of reaching space but have never been technologically feasible.
How expensive would a space elevator be?
A space elevator built according to the Edwards proposal is estimated to cost $6 billion.
What happens if a space elevator breaks?
If the break occurred at higher altitude, up to about 25,000 km, the lower portion of the elevator would descend to Earth and drape itself along the equator east of the anchor point, while the now unbalanced upper portion would rise to a higher orbit.
What is needed for space elevator Phase 3?
Phase 3. Phase 3 will be the hardest one to accomplish and might take more than a few days to finish. The delivery requirement will be 2,500 Versatile Framework, 500 Modular Engine and 100 Adaptive Control Unit. Just like before, you can keep your Versatile Framework production and maybe even increase it.
How much will it cost to build a space elevator?
Can a space elevator be built on Mars?
The transport from Mars’ surface to Mars’ orbit and vice versa can be achieved by a Space Elevator. Since the gravity of Mars is lower than the gravity of Earth the requirements to the tensile strength of the rope is less, making this construction easier.
Why space elevator is not possible?
The biggest challenge of building a space elevator may be the 100,000-kilometer-long tether. It would have to be incredibly strong to handle the gravitational and centrifugal forces pulling on it. The steel used in tall buildings wouldn’t work for a space elevator cable.
Is graphene strong enough for a space elevator?
A space elevator tether needs to be made from a material with strength of at least 50GPa (50000 MPa), so steel is not strong enough. Single-crystal graphene on the other hand, has a tensile strength of 130GPa. It is the strongest material ever tested and will be strong enough to make a space elevator tether.
Why are space elevators the Green Road to space?
Our vision: Space Elevators are the Green Road to Space while they enable humanity’s most important missions by moving massive tonnage to GEO and beyond. They accomplish this safely, routinely, inexpensively, and daily; they are environmentally neutral. “Today’s Space Elevator,” and all ISEC studies from 2010 to 2020.
Is the space elevator in motion with the Earth?
Space elevator in motion rotating with Earth, viewed from above North Pole. A free-flying satellite (green dot) is shown in geostationary orbit slightly behind the cable. A space elevator is a proposed type of planet-to-space transportation system.
What’s the problem with the Space Elevator Project?
“The problem with the entire space elevator effort is that there is no real support for it,” Edwards says. “This is what a project looks like when it’s done as a hobby, by hundreds of people spread out all over the world. There will be no substantial progress until there is real support and professional coordinating management for the effort.”
How tall is the base tower for the space elevator?
Electromagnetic vehicles traveling along the cable could serve as a mass transportation system for moving people, payloads, and power between Earth and space. Current plans call for a base tower approximately 50 km tall — the cable would be tethered to the top.