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

To increase ship processing power, and with that the ability to install more subsystems, \c(0d0)Computer Cores\c() can be added.

Pair the Hangar with an \c(0d0)Assembly Block\c() to produce fighters on the ship.

Ships built from Trinium tend to be very nimble and \c(0d0)Hangar Blocks\c() allow the usage of fighters.

Press \c(fff)[${shift}]\c() while issuing certain orders to enchain them.

While you are in the same sector as one of your ships, you can tell it to carry out small, single target orders like \c(fff)attacking\c() a target, \c(fff)harvesting\c() an asteroid, \c(fff)docking\c() to a station, \c(fff)guarding\c() a spot, or \c(fff)flying\c() to a position or through a gate.

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

If you want your ship to perform orders that deal with more than one target or that are stretched over multiple sectors, command it via the \c(0d0)Galaxy Map\c().

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

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

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

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

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

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().