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\c(0d0)Trinium\c() has the perfect combination of lightness and durability. | You have to log in to add a translation. | Details | |
\c(0d0)Trinium\c() has the perfect combination of lightness and durability. You have to log in to edit this translation.
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R-Mining | You have to log in to add a translation. | Details | |
R-Mining You have to log in to edit this translation.
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To learn more about them, read the chapter on \c(0d0)Refining\c(). | You have to log in to add a translation. | Details | |
To learn more about them, read the chapter on \c(0d0)Refining\c(). You have to log in to edit this translation.
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\c(0d0)Naonite\c() is a little heavier than Titanium, but it is even more durable. | You have to log in to add a translation. | Details | |
\c(0d0)Naonite\c() is a little heavier than Titanium, but it is even more durable. You have to log in to edit this translation.
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There are \c(0d0)Refining Mining Lasers\c() and \c(0d0)Raw Mining Lasers\c(). | You have to log in to add a translation. | Details | |
There are \c(0d0)Refining Mining Lasers\c() and \c(0d0)Raw Mining Lasers\c(). You have to log in to edit this translation.
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Naonite starts to appear at a distance of about 350 sectors to the galaxy core, and closer. | You have to log in to add a translation. | Details | |
Naonite starts to appear at a distance of about 350 sectors to the galaxy core, and closer. You have to log in to edit this translation.
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All \c(0d0)Mining Lasers\c() are made for specific materials and are only capable of mining the next higher and all lower materials. | You have to log in to add a translation. | Details | |
All \c(0d0)Mining Lasers\c() are made for specific materials and are only capable of mining the next higher and all lower materials. You have to log in to edit this translation.
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Maybe your new contact, \c(0d0)the Adventurer\c(), can help you out here? | You have to log in to add a translation. | Details | |
Maybe your new contact, \c(0d0)the Adventurer\c(), can help you out here? You have to log in to edit this translation.
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Unfortunately Naonite armor tends to break easily and is no longer available for purchase. | You have to log in to add a translation. | Details | |
Unfortunately Naonite armor tends to break easily and is no longer available for purchase. You have to log in to edit this translation.
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Titanium can be found nearly anywhere in the galaxy, even in the outermost rim of the galaxy. | You have to log in to add a translation. | Details | |
Titanium can be found nearly anywhere in the galaxy, even in the outermost rim of the galaxy. You have to log in to edit this translation.
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Selling \c(0d0)Asteroids\c(): Some asteroids in the galaxy are larger than others, and definitely worth having. | You have to log in to add a translation. | Details | |
Selling \c(0d0)Asteroids\c(): Some asteroids in the galaxy are larger than others, and definitely worth having. You have to log in to edit this translation.
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With Naonite you gain access to \c(0d0)Shield Generators\c() and \c(0d0)Hyperspace Cores\c(). | You have to log in to add a translation. | Details | |
With Naonite you gain access to \c(0d0)Shield Generators\c() and \c(0d0)Hyperspace Cores\c(). You have to log in to edit this translation.
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In the outer regions of the galaxy, Titanium is the preferred material to build ships. | You have to log in to add a translation. | Details | |
In the outer regions of the galaxy, Titanium is the preferred material to build ships. You have to log in to edit this translation.
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Select a ship or a group of ships and then use the icons at the bottom of the screen to give an order. | You have to log in to add a translation. | Details | |
Select a ship or a group of ships and then use the icons at the bottom of the screen to give an order. You have to log in to edit this translation.
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\c(0d0)Naonite\c() is a little heavier than Titanium, but it is even more durable. | You have to log in to add a translation. | Details | |
\c(0d0)Naonite\c() is a little heavier than Titanium, but it is even more durable. You have to log in to edit this translation.
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