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R-Mining

To learn more about them, read the chapter on \c(0d0)Refining\c().

There are \c(0d0)Refining Mining Lasers\c() and \c(0d0)Raw Mining Lasers\c().

All \c(0d0)Mining Lasers\c() are made for specific materials and are only capable of mining the next higher and all lower materials.

\c(0d0)Trinium\c() has the perfect combination of lightness and durability.

It's quite a bit more durable than Trinium but has more weight to it.

Naonite starts to appear at a distance of about 350 sectors to the galaxy core, and closer.

\c(0d0)Xanion\c() is the last material that is still known to the civilizations around the Barrier.

Unfortunately Naonite armor tends to break easily and is no longer available for purchase.

Trinium can be found at about half way between the galaxy’s edge and its core.

With Naonite you gain access to \c(0d0)Shield Generators\c() and \c(0d0)Hyperspace Cores\c().

\c(0d0)Naonite\c() is a little heavier than Titanium, but it is even more durable.

Maybe your new contact, \c(0d0)the Adventurer\c(), can help you out here?

Titanium can be found nearly anywhere in the galaxy, even in the outermost rim of the galaxy.

In the outer regions of the galaxy, Titanium is the preferred material to build ships.