Difference between revisions of "Repulsorlift"
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'''Repulsorlift''' | In the [[Star Wars]] universe, a '''Repulsorlift engine''' ("'''repulsor'''") is a device capable of negating the effects of [[gravity]]. As such, it can be used to levitate items or assist [[starship|spacecraft]] during [[take-off]] and [[landing]]. | ||
==Usage== | |||
Repulsorlifts exist in a variety of sizes, from shipboard systems capable of supporting mile-long spacecraft<ref>[[Star Wars: Attack of the Clones]]</ref> to the miniature versions built into certain [[droid]]s<ref>[[Interrogation droid]] as seen in [[ANH]]</ref>. They require a [[gravity well]] to operate, limiting their use to the immediate vicinity of planets or other sources of gravity<ref>[http://www.starwars.com/databank/technology/repulsorlift/ Star Wars Databank]</ref>. Unlike chemical [[thruster]]s, repulsorlifts do not seem to adversely affect whatever is located underneath them<ref>[[Star Wars: The Phantom Menace]]</ref>. Their silent operation and low [[power]] requirements makes them suited for use in densely populated areas. Their popularity and widespread indicate an excellent degree of reliability. | |||
Repulsorlifts have difficulty operating when exposed to certain [[electromagnetism|electromagnetic]] phenomena or when they pass through [[shield]]s. | |||
==References== | |||
<references/> | |||
[[Category: Star Wars]] | [[Category: Star Wars]] | ||
Revision as of 13:42, 17 November 2007
In the Star Wars universe, a Repulsorlift engine ("repulsor") is a device capable of negating the effects of gravity. As such, it can be used to levitate items or assist spacecraft during take-off and landing.
Usage
Repulsorlifts exist in a variety of sizes, from shipboard systems capable of supporting mile-long spacecraft[1] to the miniature versions built into certain droids[2]. They require a gravity well to operate, limiting their use to the immediate vicinity of planets or other sources of gravity[3]. Unlike chemical thrusters, repulsorlifts do not seem to adversely affect whatever is located underneath them[4]. Their silent operation and low power requirements makes them suited for use in densely populated areas. Their popularity and widespread indicate an excellent degree of reliability.
Repulsorlifts have difficulty operating when exposed to certain electromagnetic phenomena or when they pass through shields.