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<allpages gapcontinue="Reactor_Containment" />
<page pageid="3110" ns="0" title="Reaction Control Thrusters">
<rev contentformat="text/x-wiki" contentmodel="wikitext" xml:space="preserve">The '''Reaction Control Thrusters''', better known as RCS (Reaction Control System) Thrusters, are small thrusters located on all sides of the [[Habitat]] and [[Ayse]]. These thrusters are used both for very fine adjustment of movement in space as well as for turning. The RCS Thrusters in the [[Orbit]] software are a variation of [http://en.wikipedia.org/wiki/Vernier_engine Vernier Thrusters].
==How They Work==
The RCS Thrusters use compressed gas which comes from the byproducts of the fusion reactions in the [[Reactor]]. The gas is compressed in a storage tank until it is needed. The RCS gas tanks hold enough gas for ~106 uses without being charged.
<page pageid="2703" ns="0" title="Reactor">
<rev contentformat="text/x-wiki" contentmodel="wikitext" xml:space="preserve">The '''Reactor''' is the main system on the power bus that creates power. In the [[Engineering]] [[:Category:Software|Software]] there are two reactors, the [[Habitat]] reactor, and the [[Ayse]] reactor. Both of these reactors work on the same principles, but the Ayse reactor is capable of much higher power output.
The Habitat uses a tokamak reactor which uses a deuterium-tritium fusion reaction to generate power. The reactor is supplied with fuel from the main fuel tanks, which contain 78 t of lithium and 22 t of deuterium. When refueling, if there is no access to deuterium and tritium, hydrogen can be used instead although the reaction will not be as efficient, and will produce less power.
The Ayse Drive uses the same tokamak style fusion reactor as the Habitat, except on a much larger scale; the reactor is 14.5x more powerful then the Habitat reactor. Fuel is provided by an enormous 15,000,000 t fuel tank, which contains 11,700,000 t of lithiun and 4,300,000 t of deuterium.