RCS Thrusters: Difference between revisions
Ayjayaredii (talk | contribs) Create page |
No edit summary |
||
| (2 intermediate revisions by one other user not shown) | |||
| Line 6: | Line 6: | ||
The [[Magellan Class]] design features four main RCS thruster clusters located around the outer edge of the ship's primary saucer section. While the thruster nozzles are external, associated components such as propellant lines, power conduits, and control mechanisms run through dedicated spaces within the ship's structure. | The [[Magellan Class]] design features four main RCS thruster clusters located around the outer edge of the ship's primary saucer section. While the thruster nozzles are external, associated components such as propellant lines, power conduits, and control mechanisms run through dedicated spaces within the ship's structure. | ||
Specific components for the RCS are to be routed along the outer hull structure corresponding to [[E_Deck]]. Primary maintenance access to these internal components is provided via routes leading up from Engineering department on [[F_Deck]], and are designed to be inaccessible from [[E_Deck]] for security and safer maintenance reasons. '''Build 0.225.0.82''' saw basic geometry added to mark the external thruster positions, with further detailed structure set to be added in future updates. | |||
== Function and Usage == | == Function and Usage == | ||
The RCS provides fine control over the ship's movement vectors where the main sublight engines are too coarse or improperly oriented. Its primary uses include: | The RCS provides fine control over the ship's movement vectors where the main sublight engines are too coarse or improperly oriented for precision. Its primary uses include: | ||
*'''Attitude Control:''' | *'''Attitude Control:''' executing precise rotations along all three axes: | ||
** '''[[Six_degrees_of_freedom#Pitch (Rotation)|Pitch]]''' (tilting nose up/down) | ** '''[[Six_degrees_of_freedom#Pitch (Rotation)|Pitch]]''' (tilting nose up/down) | ||
** '''[[Six_degrees_of_freedom#Yaw (Rotation)|Yaw]]''' (turning nose left/right) | ** '''[[Six_degrees_of_freedom#Yaw (Rotation)|Yaw]]''' (turning nose left/right) | ||
** '''[[Six_degrees_of_freedom#Roll (Rotation)|Roll]]''' (rotating along the ship's long axis) | ** '''[[Six_degrees_of_freedom#Roll (Rotation)|Roll]]''' (rotating along the ship's long axis) | ||
*'''Translation Control:''' | *'''Translation Control:''' moving the ship linearly without changing its facing: | ||
** '''[[Six_degrees_of_freedom#Heave (Translation)|Heave]]''' (moving vertically up/down) | ** '''[[Six_degrees_of_freedom#Heave (Translation)|Heave]]''' (moving vertically up/down) | ||
** '''[[Six_degrees_of_freedom#Sway (Translation)|Sway]]''' (moving laterally left/right) | ** '''[[Six_degrees_of_freedom#Sway (Translation)|Sway]]''' (moving laterally left/right) | ||
** | ** assisting with '''[[Six_degrees_of_freedom#Surge (Translation)|Surge]]''' (forward/backward motion), particularly for braking or very fine adjustments | ||
*'''Precision Manoeuvring:''' | *'''Precision Manoeuvring:''' crucial for delicate operations such as docking with space stations, maintaining a specific position relative to another object (station keeping), making fine course corrections, and counteracting residual momentum | ||
== Control == | == Control == | ||
The RCS thrusters are | The RCS thrusters are operated by the pilot from the [[Helm|Helm station]] located on the [[Bridge]]. Specific key bindings allow for direct control over pitch, yaw, roll, heave, and sway movements. | ||
''Refer to the [[Controls#Helm Controls (When Seated at Helm)|Helm Controls]] section on the Controls page for detailed key bindings.'' | ''Refer to the [[Controls#Helm Controls (When Seated at Helm)|Helm Controls]] section on the Controls page for detailed key bindings.'' | ||
| Line 31: | Line 31: | ||
== Maintenance == | == Maintenance == | ||
As noted under Location, while the thruster nozzles are external, the internal supporting components located along the [[E_Deck]] structure require maintenance access primarily originating from [[F_Deck]]. | As noted under "Location and Components", while the thruster nozzles are external, the internal supporting components located along the [[E_Deck]] structure require maintenance access primarily originating from [[F_Deck]]. RCS upkeep is an an [[Engineering|Engineering]] task. | ||
[[Category:Ship Systems]] | [[Category:Ship Systems]] | ||
[[Category:Gameplay Mechanics]] | [[Category:Gameplay Mechanics]] | ||
Latest revision as of 03:58, 27 April 2026
This page is a Work in Progress as much of the lore/Development for the game is yet to be established.
The Reaction Control System (RCS) is a network of small thrusters positioned on the exterior hull of the Magellan Class starship in Starship Simulator. These thrusters are essential for precise attitude control (orientation) and translational maneuvers (linear movement) in space, particularly at sublight speeds.
Location and Components
The Magellan Class design features four main RCS thruster clusters located around the outer edge of the ship's primary saucer section. While the thruster nozzles are external, associated components such as propellant lines, power conduits, and control mechanisms run through dedicated spaces within the ship's structure.
Specific components for the RCS are to be routed along the outer hull structure corresponding to E_Deck. Primary maintenance access to these internal components is provided via routes leading up from Engineering department on F_Deck, and are designed to be inaccessible from E_Deck for security and safer maintenance reasons. Build 0.225.0.82 saw basic geometry added to mark the external thruster positions, with further detailed structure set to be added in future updates.
Function and Usage
The RCS provides fine control over the ship's movement vectors where the main sublight engines are too coarse or improperly oriented for precision. Its primary uses include:
- Attitude Control: executing precise rotations along all three axes:
- Translation Control: moving the ship linearly without changing its facing:
- Precision Manoeuvring: crucial for delicate operations such as docking with space stations, maintaining a specific position relative to another object (station keeping), making fine course corrections, and counteracting residual momentum
Control
The RCS thrusters are operated by the pilot from the Helm station located on the Bridge. Specific key bindings allow for direct control over pitch, yaw, roll, heave, and sway movements.
Refer to the Helm Controls section on the Controls page for detailed key bindings.
Technology
The RCS thrusters require power drawn from the ship's main power grid, supplied by the Fusion Reactor and/or Batteries.
The specific type of propellant used by the Magellan's RCS thrusters has not yet been detailed (e.g., hypergolic chemical propellant, stored cold gas, plasma ejection).
Maintenance
As noted under "Location and Components", while the thruster nozzles are external, the internal supporting components located along the E_Deck structure require maintenance access primarily originating from F_Deck. RCS upkeep is an an Engineering task.