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| It's heavy but very easy to form, so blocks made from Iron don't cost a lot of money, but ships made from Iron are rather weak and heavy and thus won't steer very well. | You have to log in to add a translation. | Details | |
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It's heavy but very easy to form, so blocks made from Iron don't cost a lot of money, but ships made from Iron are rather weak and heavy and thus won't steer very well. You have to log in to edit this translation.
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| To find asteroids with hidden resources, install an \c(0d0)Object Detector Subsystem\c(). | You have to log in to add a translation. | Details | |
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To find asteroids with hidden resources, install an \c(0d0)Object Detector Subsystem\c(). You have to log in to edit this translation.
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| Ships built from Trinium tend to be very nimble and \c(0d0)Hangar Blocks\c() allow the usage of fighters. | You have to log in to add a translation. | Details | |
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Ships built from Trinium tend to be very nimble and \c(0d0)Hangar Blocks\c() allow the usage of fighters. You have to log in to edit this translation.
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| It's quite a bit more durable than Trinium but has more weight to it. | You have to log in to add a translation. | Details | |
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It's quite a bit more durable than Trinium but has more weight to it. You have to log in to edit this translation.
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| Only a very small percentage of the bland looking asteroids may have resources hidden inside of them and it is generally not worth mining non-resource asteroids. | You have to log in to add a translation. | Details | |
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Only a very small percentage of the bland looking asteroids may have resources hidden inside of them and it is generally not worth mining non-resource asteroids. You have to log in to edit this translation.
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| \c(0d0)Xanion\c() is the last material that is still known to the civilizations around the Barrier. | You have to log in to add a translation. | Details | |
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\c(0d0)Xanion\c() is the last material that is still known to the civilizations around the Barrier. You have to log in to edit this translation.
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| Trinium can be found at about half way between the galaxy’s edge and its core. | You have to log in to add a translation. | Details | |
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Trinium can be found at about half way between the galaxy’s edge and its core. You have to log in to edit this translation.
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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 | |
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\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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| \c(0d0)Iron\c() is the simplest material. | You have to log in to add a translation. | Details | |
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\c(0d0)Iron\c() is the simplest material. You have to log in to edit this translation.
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| Those can extract the metal ores and scrap metals very quickly, but your ship will have to collect and store the unrefined metals and it will need a \c(0d0)Cargo Bay\c() to do so. | You have to log in to add a translation. | Details | |
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Those can extract the metal ores and scrap metals very quickly, but your ship will have to collect and store the unrefined metals and it will need a \c(0d0)Cargo Bay\c() to do so. 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 | |
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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 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 | |
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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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| 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 | |
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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 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 | |
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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 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 | |
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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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