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[[Image:Ent-D maneuvering thruster.jpg|thumb|The ''Enterprise''-D using maneuvering thrusters]] |
[[Image:Ent-D maneuvering thruster.jpg|thumb|The ''Enterprise''-D using maneuvering thrusters]] |
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[[Image:Maneuvering thruster.JPG|thumb|A thruster module from the ''Enterprise''-D propels a stricken vessel ({{TNG|Final Mission}})]] |
[[Image:Maneuvering thruster.JPG|thumb|A thruster module from the ''Enterprise''-D propels a stricken vessel ({{TNG|Final Mission}})]] |
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− | '''Maneuvering thrusters''' (often referred to as simply '''thrusters''') were used by [[starships]] and other spacecraft to make precise movements in lieu of primary [[impulse]] or [[warp]] engine use. The thrusters were low-power reaction control jets that could be used for fine positional and attitudinal control, including [[station-keeping]]. They were most typically used in docking or similar maneuvers. ({{film|1}}) |
+ | '''Maneuvering thrusters''' (often referred to as simply '''thrusters''') were used by [[starships]] and other spacecraft to make precise movements in lieu of primary [[impulse]] or [[warp]] engine use. The thrusters were low-power reaction control jets that could be used for fine positional and [[attitude control|attitudinal control]], including [[station-keeping]]. They were most typically used in docking or similar maneuvers. ({{film|1}}) |
All reaction-based technologies operate on the Newtonian principal of the "Law of Inertia": that for every action there is an equal and opposite reaction. This is similar in some ways to [[impulse engine]] technologies and thrusters were sometimes called [[impulse thruster]]s or [[impulse jet]]s. ({{DS9|Rocks and Shoals}}; {{TNG|Encounter at Farpoint|Coming of Age}}) |
All reaction-based technologies operate on the Newtonian principal of the "Law of Inertia": that for every action there is an equal and opposite reaction. This is similar in some ways to [[impulse engine]] technologies and thrusters were sometimes called [[impulse thruster]]s or [[impulse jet]]s. ({{DS9|Rocks and Shoals}}; {{TNG|Encounter at Farpoint|Coming of Age}}) |
Revision as of 17:11, 27 August 2007
Maneuvering thrusters (often referred to as simply thrusters) were used by starships and other spacecraft to make precise movements in lieu of primary impulse or warp engine use. The thrusters were low-power reaction control jets that could be used for fine positional and attitudinal control, including station-keeping. They were most typically used in docking or similar maneuvers. (Star Trek: The Motion Picture)
All reaction-based technologies operate on the Newtonian principal of the "Law of Inertia": that for every action there is an equal and opposite reaction. This is similar in some ways to impulse engine technologies and thrusters were sometimes called impulse thrusters or impulse jets. (DS9: "Rocks and Shoals"; TNG: "Encounter at Farpoint", "Coming of Age")
On a Constitution-class refit, the maneuvering thrusters were placed along the outer edges of the hull. (Star Trek: The Motion Picture) In Starfleet during the 24th century, maneuvering thrusters were part of the reaction control system and were also placed in similar positions. (VOY: "The Cloud") These were typically placed in groups of four or "quads" on starships. (TNG: "Final Mission"; ENT: "Future Tense")
References and usage
- TNG:
- DS9:
- "The Siege"
- "For the Uniform"
- "Rocks and Shoals"
- "Penumbra"
- et al.
- VOY:
- "The Cloud"
- "Elogium"
- "Thirty Days"
- "Think Tank"
- et al.
- ENT:
- "Broken Bow, Part II"
- "Strange New World"
- "Future Tense"
- "Impulse"
- et al.