* '''Deck 03''' - Officers' Quarters / Impulse Engineering
* '''Deck 04''' - Science Laboratories / Impulse Engines
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* '''Deck 03''' - Officers' Quarters / Impulse Engineering
* '''Deck 04''' - Science Laboratories / Impulse Engines
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* '''Deck 9:''' Impulse Engines, Warp Core Subsystems, Emergency Transporters
* '''Deck 10:''' Impulse Assembly, Deuterium Injectors, Industrial Replicators, Cargo Bays 2-5
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*Impulse Systems Specialist
*Team Leader, Impulse Systems Design
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...ation of these systems. They handle the most energy-intensive and critical systems of any ship or station, especially those concerned with taking a ship from
...heir staff, and need to be consulted on any change in status of the ship's systems to ensure they do not interfere with normal operations. Their duty station
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...room, Graviton generators and aft sensory array along with other key ship systems that do not need continual access.
...deck, shuttle bay, computer core and engineering facilities, including the impulse control rooms are all on this deck. The main labs for the ship can be found
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...as she is designed to explore star systems in depth. Because of this, her impulse engines are the most powerful proportionally to her size of any ship in the
...gines. This class is nimble at both warp and impulse speeds. Fewer onboard systems are experimental than on the ''[[Sagan Class|Sagan]]'', in an effort to imp
9 KB (1,358 words) - 12:52, 26 January 2024
...llar surveys. They can also be used effectively to survey planets and star systems as well, when a dedicated science vessel is either not available or not req
...tter pods and injectors are located near the top of the ship, close to the impulse deflection crystal. In an emergency, the antimatter pods can be jettisoned
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...anges across the fleet. Advances in scientific, tactical, and crew support systems also made it clear that this project would likely take decades and change t
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| propulsionSystem = Impulse Engines
...hatch. With this, it can help starships dock, though with modern berthing systems it has become much less necessary at the Federation's more sophisticated ba
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...ntegrated directly into a superstructure containing enhanced impulse drive systems (geared for towing missions), with a four-deck secondary hull underslung fr
...an any other utility vessel in Starfleet’s inventory. The enhanced impulse systems are overpowered to give the ship enough power to move objects many times it
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...for deep space tactical engagements with significant advancements in many systems all contained in one space frame. Regenerative shielding, ablative hull arm
...g missions beyond Federation space. Routine maintenance of her complicated systems drew the ship back to Earth in 2378, which was fortunate as another crisis
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...he ''Galaxy'' has, due to a slightly smaller warp core. The impulse engine systems are significantly different, as the ''Nebula'' uses exhaust diffusers to pr
This class uses standard isolinear computing systems, with two computer cores in the primary hull and a third in the secondary h
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* Warp Systems Technician
* Impulse Systems Technician
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| propulsionSystem = Impulse Engine
...ort in-system missions or transport from orbit to a planet's surface. This impulse-only craft could sustain a crew of 2-4 and 4-6 passengers for several weeks
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...-class has completely replaced the original in Starfleet service. As their systems are now twenty years behind the times and their original spaceframes are ov
...volume. While the original ''Centaur'' had a warp reactor located near the impulse engines, the ''Centaur II'' designers moved the warp core into a fully-fled
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...ake over from the other with a subsequent impact upon efficiency of ship’s systems.
...d against the Romulan use of tele-presence capturing devices. Though these systems were a generation behind those of Earth’s allies, their simplicity proved
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...s then in the later stages of construction. These included an extra set of impulse engines on the saucer section, flares on the side of the engineering hull,
...the standard main engine systems in the hopes of improving the maneuvering systems of the class in the face of the threat of engagements with larger numbers o
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...of which relied on technology developed in the 2270s, even as more modern systems were added in piecemeal. They were built because they were proven, reliable
...ning that primary power failure meant the failure of both warp and impulse systems. To save on production expense, the warp coils in use aboard the two classe
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...e aft shuttle bay, and these engines draw their power from a combined warp-impulse reaction assembly with a large power modulation crystal visible amidships.
''Shran''-class systems are well-tested and great emphasis has been placed on making sure that this
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