Orbital rings might be one of the most practical megastructures humanity could eventually build. They could provide cheap access to orbit, move massive amounts of material between Earth and space, and avoid many of the problems that come with space elevators.
In this episode of Entropy Rising, we break down how orbital rings actually work, why they don’t require impossible materials, and how an actively supported ring around a planet could become the backbone of a future spacefaring civilization.
We also explore how orbital rings could use elevators and magnetic launch systems to move people and cargo into orbit, how multiple rings could form a planetary transportation network, and why the same concept could work around Earth, Mars, the Moon, Venus, or even asteroids.
Could orbital rings eventually turn planets into massive spaceports—and make rocket launches from the surface largely unnecessary?
Listen as we explore the physics, engineering, and future possibilities of one of the most underrated megastructures in science and futurism.
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