k Space Elevator Ground Station Animation of a futuristic space elevator, linked to an orbital ring. An orbital ring is a magnetic structure or cable that encircles the Earth, and can be placed at any orientation and altitude. It moves slightly faster than orbital velocity, so that it remains taut. Theoretically, once this infrastructure is in place, objects can be magnetically levitated above the ring, or hang from it, suspended by electromagnets, and they would stay in place relative to the ground if the orbital ring is above the Earths equator. A cable could be suspended from this, allowing vehicles to ascend and descend. This animation shows the base station of one such elevator. The vertical sky trains each have twenty individual carriages which in turn each have three levels. Moving at 150 km per hour they could reach the ring in as little as two hours, by MARK GARLICKSCIENCE PHOTO LIBRARY Stock Photo - Afloimages
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Space Elevator Ground Station Animation of a futuristic space elevator, linked to an orbital ring. An orbital ring is a magnetic structure or cable that encircles the Earth, and can be placed at any orientation and altitude. It moves slightly faster than orbital velocity, so that it remains taut. Theoretically, once this infrastructure is in place, objects can be magnetically levitated above the ring, or hang from it, suspended by electromagnets, and they would stay in place relative to the ground  if the orbital ring is above the Earth s equator.  A cable could be suspended from this, allowing vehicles to ascend and descend. This animation shows the base station of one such elevator. The vertical  sky trains  each have twenty individual  carriages  which in turn each have three levels. Moving at 150 km per hour they could reach the ring in as little as two hours, by MARK GARLICK SCIENCE PHOTO LIBRARY
RF

Space Elevator Ground Station

Animation of a futuristic space elevator, linked to an orbital ring. An orbital ring is a magnetic structure or cable that encircles the Earth, and can be placed at any orientation and altitude. It moves slightly faster than orbital velocity, so that it remains taut. Theoretically, once this infrastructure is in place, objects can be magnetically levitated above the ring, or hang from it, suspended by electromagnets, and they would stay in place relative to the ground (if the orbital ring is above the Earth's equator.) A cable could be suspended from this, allowing vehicles to ascend and descend. This animation shows the base station of one such elevator. The vertical 'sky trains' each have twenty individual 'carriages' which in turn each have three levels. Moving at 150 km per hour they could reach the ring in as little as two hours, by MARK GARLICK/SCIENCE PHOTO LIBRARY

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ID
247584716

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Royalty Free

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S
0.3 MB
724 x 473 px
6.1 x 4 cm
$ 100.00
M
3.3 MB
2290 x 1497 px
19.4 x 12.7 cm
$ 180.00
L
16.7 MB
5170 x 3380 px
43.8 x 28.6 cm
$ 350.00
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