not to me. I would like us to work on robotics to build stuff that could be used when we send people out again or mining and such. would love to have them work on a lunar space elevator to work out the tech.
I have to suspect a lunar orbiter would be more practical for lunar base building and fueling further missions than a lunar space elevator, wouldn’t you need angular momentum from rotation to keep it rigid?
its not really about being a better option as much as to see how it would be and work on the technolgy involved in making it happen. with the lower gravity and lack of atmosphere it should theoretically be a best case scenario and can be done without any super materials.
A Martian space elevator can be built with high tensile steel, and will be shorter than one on the moon. I like space elevators, but they work better on smaller bodies with higher rotation, i.e., low gravity and lower stationary orbits.
That’s not all that surprising but it is still sad
not to me. I would like us to work on robotics to build stuff that could be used when we send people out again or mining and such. would love to have them work on a lunar space elevator to work out the tech.
I have to suspect a lunar orbiter would be more practical for lunar base building and fueling further missions than a lunar space elevator, wouldn’t you need angular momentum from rotation to keep it rigid?
its not really about being a better option as much as to see how it would be and work on the technolgy involved in making it happen. with the lower gravity and lack of atmosphere it should theoretically be a best case scenario and can be done without any super materials.
A Martian space elevator can be built with high tensile steel, and will be shorter than one on the moon. I like space elevators, but they work better on smaller bodies with higher rotation, i.e., low gravity and lower stationary orbits.
yeah but the moon is close and makes a faster easier testbed. I would actually like to have it followed up by a martian one.