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It could be a good industrial base, at least in terms of metals and oxygen as raw resources. I still think refinement and forming would be be done probably at L2.
Ultimately, if the investment was made, it would be cheaper to build most of interplanetary craft from the metals made from lunar sources. Simply because of the energy requirements of the gravity well, and the lack of atmosphere causing friction as well.
But I also think that using the Moon in this capacity, we'd have to rethink some of the materials and their uses as well. For example, basalt while being incredibly brittle is also really friendly in terms of melting and reforming. For tether applications, it makes sense to use this stuff as ballast rather than aluminum or titanium.
If another precursor can be found in the manufacture of aerogel, this too could be made both on the Moon and at L2, and used for various insulation applications. On the moon, it could provide both thermal insulation and shielding for micrometeorites and radiation. For spacecraft, again it would be useful for both these things, and has the added benefit of having such low mass. And we all know how important that is after chewing on fingernails watching our precious fuel supply dwindle during delta-v burns.
But other than for mining, our Moon's certainly not a place to build permanent colonies.
Ultimately, if the investment was made, it would be cheaper to build most of interplanetary craft from the metals made from lunar sources. Simply because of the energy requirements of the gravity well, and the lack of atmosphere causing friction as well.
But I also think that using the Moon in this capacity, we'd have to rethink some of the materials and their uses as well. For example, basalt while being incredibly brittle is also really friendly in terms of melting and reforming. For tether applications, it makes sense to use this stuff as ballast rather than aluminum or titanium.
If another precursor can be found in the manufacture of aerogel, this too could be made both on the Moon and at L2, and used for various insulation applications. On the moon, it could provide both thermal insulation and shielding for micrometeorites and radiation. For spacecraft, again it would be useful for both these things, and has the added benefit of having such low mass. And we all know how important that is after chewing on fingernails watching our precious fuel supply dwindle during delta-v burns.
But other than for mining, our Moon's certainly not a place to build permanent colonies.