Magnetic spaceship launcher for antarctic mountain idea

In summary, launching space ships with a magnetic rail system has potential advantages such as reduced fuel requirements and launch costs. However, challenges and limitations including the need for a long and precise rail, advanced technology, and potential limitations on launching different types of equipment would need to be addressed.
  • #1
pixelpuffin
45
1
why not launch space ships with a sort of magnetic rail system so that you don't have to launch fuel with you
a ship coated in resin would survive the atmosphere and because of its elevated location on a mountain the atmosphere would already be much thinner
the length of the rail is a slight problem though because a straight rail is 72,000,000 meters / Newtons per kilogram long to achieve 12,000 meters per second
for a human in ideal conditions 10 times gravity is the best ever achieved for any extended period of time which would require a track 736 kilometers long
however this could be used to send equipment into space in bulk and would be much cheaper per launch than using rockets
at 1000 times Earth's gravity the track would be just over 7 kilometers long and would fit almost entirely on the mountain side
so anyways just though i'd share for the sake of discussion
 
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  • #3


That's a really interesting idea! Using a magnetic rail system to launch space ships definitely has its advantages, such as not having to carry as much fuel and potentially reducing launch costs. However, there are also some challenges and limitations to consider.

Firstly, building a rail system that is 736 kilometers long or longer would require a significant amount of resources and funding. It would also need to be incredibly precise and sturdy to withstand the forces involved in launching a spaceship. Additionally, the rail would need to be constantly maintained and monitored to ensure safety.

Another issue to consider is the speed at which the spaceship would need to travel on the rail. 12,000 meters per second is incredibly fast and would require advanced technology and materials to withstand the intense heat and friction. This could potentially make the cost of the spaceship itself more expensive.

Furthermore, launching equipment in bulk may not always be feasible as different types of equipment may require different launch speeds and angles. This could limit the versatility and efficiency of the rail system.

Overall, while the idea of using a magnetic rail system for space launches is intriguing, it would require a lot of research, development, and investment to make it a viable option. But I appreciate you sharing your thoughts and sparking discussion on alternative methods of space travel!
 

Related to Magnetic spaceship launcher for antarctic mountain idea

What is a magnetic spaceship launcher?

A magnetic spaceship launcher is a device that uses magnetic forces to accelerate a spacecraft and launch it into space. It works by creating a strong magnetic field that repels against the spacecraft, propelling it forward.

How does the magnetic spaceship launcher work?

The launcher uses a series of powerful magnets to create a magnetic field that interacts with the spacecraft's own magnetic field. This interaction produces a force that propels the spacecraft forward at high speeds.

Why use a magnetic spaceship launcher for an Antarctic mountain?

An Antarctic mountain is an ideal location for a magnetic spaceship launcher because it provides a natural elevation and a clear path for the spacecraft to launch into space. Additionally, the cold and dry climate of Antarctica can help reduce the risk of malfunctions due to extreme weather conditions.

What are the benefits of using a magnetic spaceship launcher?

Using a magnetic spaceship launcher can significantly reduce the amount of fuel needed for a spacecraft to reach orbit. This can save costs and make space travel more sustainable. Additionally, the speed and efficiency of the launcher can allow for faster and more frequent launches.

What are the potential drawbacks of a magnetic spaceship launcher?

One potential drawback is the high energy and technical requirements for building and maintaining a magnetic spaceship launcher. Additionally, the intense magnetic fields involved may have potential health and environmental impacts that need to be carefully considered and mitigated.

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