For the most effective control, it is typically most practical to place RCS thrusters with four way symmetry. For rotational purposes, it is advisable to place the thrusters as far away from your center of mass as possible, thus maximizing the torque they generate.
#Kerbal space program 2 reaction full#
The thruster block can provide full rotation control, whereas the linear port can only provide thrust in one direction. Unlike jet and liquid fuel engines, there is no need to place RCS thrusters on RCS fuel tanks or manually run fuel lines to them.
The thrusters can be located anywhere on a ship. In real life, RCS is used to control the attitude of a spacecraft rather than its orbital velocity.Ī size comparison of the available RCS thruster parts reaction wheels and RCS thrusters) to fight against each other, burning excess resources (electric charge and monopropellant in this case.) It also important to note that enabling both systems at once may cause multiple command-and-control subsystems (i.e. To avoid a constant drain of RCS fuel, it is recommended to not have both the RCS and the SAS systems enabled at the same time, unless you need to keep your ship dead level and/or have RCS fuel to spare. It should also be noted that the SAS system will make use of the thrusters if RCS is enabled at the same time as SAS. Apart from the dedicated tanks, some monopropellant is stored in command pods but not in probe cores. There is one tank for each radius, and two radial-mounted tanks. The fuel tanks for monopropellant are different from solid or liquid fuels tank. In order to use RCS, a monopropellant tank and at least two RCS thrusters are needed. This article does not discuss EVA jetpacks. Kerbals on EVA have EVA Jetpacks that automagically refill when re-boarding a craft, though the controls for an EVA jetpack are completely different than for a spacecraft. It is toggled on and off by pressing the R key (default key binding). The Reaction Control System, or RCS, is a set of monopropellant-fuelled (with the exception of the Vernor Engine) thrusters primarily intended for vessel orientation in a vacuum.
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