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Docking them together will also make their goods exchange immune to \c(0d0)Hazard Zones\c(), since they won't have to rely on shuttles.

\c(0d0)Titanium\c() is a very light material and more durable than Iron.

Check out the block tooltips in \c(0d0)Building Mode\c() for more information about the specific blocks!

Raw Mining Lasers (or short: \c(0d0)R-Mining Lasers\c()) are a special kind of Mining Laser.

R-Mining

Once transformed, the station will only be able to move if put into \c(0d0)Transport Mode\c() and docked to a ship.

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().

To build blocks with this material, you need to have \c(0d0)Building Knowledge\c() about it.

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

Iron can be found in large quantities at the edge of the galaxy.

Only basic necessities can be built from Iron, but Iron is the only known material that can be used for building \c(0d0)Inertia Dampeners\c().

If you build too many stations in a sector controlled by another faction, you will eventually take over the sector and your relations to that faction will suffer.

You can also \c(0d0)dock\c() stations together to speed up goods exchange by 500%!

And last, but not least, Trinium allows to build an \c(0d0)Academy\c() to train your crew members.