Maglevs and Waveriders (Riding the Emptiness, #1)

The cost of getting to the Moon is too high to sustain permanent human habitats. People and equipment for small stations can be transported via rockets, but even small habitats are unlikely to be sustainable. The cost of rocket trips from Earth into orbit, not even to the Moon, are just too high. Tens of millions of dollars are spent to put a single human in orbit.

It's the huge gravity well of Earth and the lesser one of the Moon that will keep people off the Moon. Rockets are expensive; most of the weight of a launch goes into fuel and boosters that are completely used up. Payloads are small and the dollar-per-pound cost is enormous. Putting a single human in orbit costs tens of millions of dollars.

Two engineers have an idea for creating a much cheaper approach to beating the gravity wells. Their target is to bring costs down enough to make the Moon a second permanent home for humanity. Trips to Earth orbit have to be cheaper, but that's only a start of their ideas to make life on the Moon sustainable.

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Maglevs and Waveriders (Riding the Emptiness, #1)

The cost of getting to the Moon is too high to sustain permanent human habitats. People and equipment for small stations can be transported via rockets, but even small habitats are unlikely to be sustainable. The cost of rocket trips from Earth into orbit, not even to the Moon, are just too high. Tens of millions of dollars are spent to put a single human in orbit.

It's the huge gravity well of Earth and the lesser one of the Moon that will keep people off the Moon. Rockets are expensive; most of the weight of a launch goes into fuel and boosters that are completely used up. Payloads are small and the dollar-per-pound cost is enormous. Putting a single human in orbit costs tens of millions of dollars.

Two engineers have an idea for creating a much cheaper approach to beating the gravity wells. Their target is to bring costs down enough to make the Moon a second permanent home for humanity. Trips to Earth orbit have to be cheaper, but that's only a start of their ideas to make life on the Moon sustainable.

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Maglevs and Waveriders (Riding the Emptiness, #1)

Maglevs and Waveriders (Riding the Emptiness, #1)

Maglevs and Waveriders (Riding the Emptiness, #1)

Maglevs and Waveriders (Riding the Emptiness, #1)

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Overview

The cost of getting to the Moon is too high to sustain permanent human habitats. People and equipment for small stations can be transported via rockets, but even small habitats are unlikely to be sustainable. The cost of rocket trips from Earth into orbit, not even to the Moon, are just too high. Tens of millions of dollars are spent to put a single human in orbit.

It's the huge gravity well of Earth and the lesser one of the Moon that will keep people off the Moon. Rockets are expensive; most of the weight of a launch goes into fuel and boosters that are completely used up. Payloads are small and the dollar-per-pound cost is enormous. Putting a single human in orbit costs tens of millions of dollars.

Two engineers have an idea for creating a much cheaper approach to beating the gravity wells. Their target is to bring costs down enough to make the Moon a second permanent home for humanity. Trips to Earth orbit have to be cheaper, but that's only a start of their ideas to make life on the Moon sustainable.


Product Details

BN ID: 2940181179202
Publisher: Stephan Besik
Publication date: 03/21/2025
Series: Riding the Emptiness
Sold by: Draft2Digital
Format: eBook
File size: 473 KB

About the Author

Steve Besik's writing goal is to contribute new ideas to science fiction.

Steve's primary reading interests are science fiction and military history. Writing interest at the moment is space travel, especially changes to near-term technology that might result in interplanetary space travel by humans (rather than automated probes).

He was educated as an engineer and spent most of his working life in information technology. He is a supporter and frequent user of Wikipedia.

For comments, questions, or corrections, Steve can be reached at sbesik@artiplex.net. 


Steve Besik's writing goal is to add to hard science fiction.
Steve's primary reading interests are science fiction and military history. He is especially interested in what might be called near-term hard sci fi- about circumstances and events that may occur within the lifetime of today's reader.
He was educated as an engineer, and spent most of his working life in information technology and statistical analysis. He is a supporter and frequent user of Wikipedia.
For comments, questions, or corrections, Stephan can be reached at sbesik@artiplex.net.

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