Tech Sublight Engines - Revision history

Sudazima at 23:52, 20 August 2019

2019-08-20T23:52:53Z

2019-08-08T00:08:28Z

2019-08-07T21:24:58Z

2019-08-07T15:52:47Z

2019-08-07T15:46:06Z

2018-09-10T16:12:32Z

2018-01-15T00:13:16Z

2015-12-11T20:44:11Z

2015-10-21T18:40:45Z

2015-10-01T09:12:10Z

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 }}
-Although [[Tech_Hyperspace|faster than light travel]] is possible, to do so is very power consuming, expensive and not to mention dangerous. Ships still need sublight-speed engines to move around in local space. The most common form of capital ship propulsion is with the use of fusion engines, rocket engines not using chemicals as fuel but fusion material. In most cases this would be deuterium, when not in use it is stored as simply heavy water.
+Although [[Tech_Hyperspace|faster than light travel]] is possible, to do so is very power consuming, expensive and not to mention dangerous. Ships still need sublight-speed engines to move around in local space. The most common form of capital ship propulsion is with the use of fusion engines, rocket engines not using chemicals as fuel but fusion material. In most cases this would be deuterium, when not in use it is stored as simply water.
 The fusion engines use the fusion material itself as reaction mass for propulsion.

@@ Line 7: / Line 7: @@
 }}
-Although [[Tech_Hyperspace|faster than light travel]] is possible, to do so is very power consuming, expensive and not to mention dangerous. Ships still need sub-lightspeed engines to move around in local space. The most common form of capital ship propulsion is with the use of fusion engines, rocket engines not using chemicals as fuel but fusion material. In most cases this would be deuterium, when not in use it is stored as simply heavy water.
+Although [[Tech_Hyperspace|faster than light travel]] is possible, to do so is very power consuming, expensive and not to mention dangerous. Ships still need sublight-speed engines to move around in local space. The most common form of capital ship propulsion is with the use of fusion engines, rocket engines not using chemicals as fuel but fusion material. In most cases this would be deuterium, when not in use it is stored as simply heavy water.
 The fusion engines use the fusion material itself as reaction mass for propulsion.
 {{Navbox_tech}}
 [[Category:Technology]]

@@ Line 7: / Line 7: @@
 }}
-Although [[Tech_Hyperspace|faster than light travel]] is possible, to do so is very power consuming, expensive and not to mention dangerous. Ships still need sub-lightspeed engines to move around in local space. The most common form of capital ship propulsion is with the use of fusion engines, rocket engines not using chemicals as fuel but fusion material. In most cases this would be hydrogen gas, when not in use it is stored as simply water.
+Although [[Tech_Hyperspace|faster than light travel]] is possible, to do so is very power consuming, expensive and not to mention dangerous. Ships still need sub-lightspeed engines to move around in local space. The most common form of capital ship propulsion is with the use of fusion engines, rocket engines not using chemicals as fuel but fusion material. In most cases this would be deuterium, when not in use it is stored as simply heavy water.
 The fusion engines use the fusion material itself as reaction mass for propulsion.

@@ Line 3: / Line 3: @@
 {{Infobox tech
 |name=Sublight Engines
-|image=[[image:reactorengine.jpg|300px]]
+|image=[[image:reactorengine2.jpg|300px]]
 |tech=Reactor Components
 }}

← Older revision		Revision as of 15:46, 7 August 2019
Line 1:		Line 1:
	{{DISPLAYTITLE:Sublight Engines}}		{{DISPLAYTITLE:Sublight Engines}}
		+
		+	{{Infobox tech
		+	\|name=Sublight Engines
		+	\|image=[[image:reactorengine.jpg\|300px]]
		+	\|tech=Reactor Components
		+	}}

	Although [[Tech_Hyperspace\|faster than light travel]] is possible, to do so is very power consuming, expensive and not to mention dangerous. Ships still need sub-lightspeed engines to move around in local space. The most common form of capital ship propulsion is with the use of fusion engines, rocket engines not using chemicals as fuel but fusion material. In most cases this would be hydrogen gas, when not in use it is stored as simply water.		Although [[Tech_Hyperspace\|faster than light travel]] is possible, to do so is very power consuming, expensive and not to mention dangerous. Ships still need sub-lightspeed engines to move around in local space. The most common form of capital ship propulsion is with the use of fusion engines, rocket engines not using chemicals as fuel but fusion material. In most cases this would be hydrogen gas, when not in use it is stored as simply water.

← Older revision		Revision as of 16:12, 10 September 2018
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	The fusion engines use the fusion material itself as reaction mass for propulsion.		The fusion engines use the fusion material itself as reaction mass for propulsion.
		+
		+	{{Navbox_tech}}

	[[Category:Technology]]		[[Category:Technology]]

← Older revision		Revision as of 00:13, 15 January 2018
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−	=Sublight Engines=	+	{{DISPLAYTITLE:Sublight Engines}}

	Although [[Tech_Hyperspace\|faster than light travel]] is possible, to do so is very power consuming, expensive and not to mention dangerous. Ships still need sub-lightspeed engines to move around in local space. The most common form of capital ship propulsion is with the use of fusion engines, rocket engines not using chemicals as fuel but fusion material. In most cases this would be hydrogen gas, when not in use it is stored as simply water.		Although [[Tech_Hyperspace\|faster than light travel]] is possible, to do so is very power consuming, expensive and not to mention dangerous. Ships still need sub-lightspeed engines to move around in local space. The most common form of capital ship propulsion is with the use of fusion engines, rocket engines not using chemicals as fuel but fusion material. In most cases this would be hydrogen gas, when not in use it is stored as simply water.

@@ Line 1: / Line 1: @@
 =Sublight Engines=
-Although faster than light travel is possible, to do so is very power consuming, expensive and not to mention dangerous. Ships still need sub-lightspeed engines to move around in local space. The most common form of capital ship propulsion is with the use of fusion engines, rocket engines not using chemicals as fuel but fusion material. In most cases this would be hydrogen gas, when not being used normally stored as simply water.
+Although [[Tech_Hyperspace|faster than light travel]] is possible, to do so is very power consuming, expensive and not to mention dangerous. Ships still need sub-lightspeed engines to move around in local space. The most common form of capital ship propulsion is with the use of fusion engines, rocket engines not using chemicals as fuel but fusion material. In most cases this would be hydrogen gas, when not in use it is stored as simply water.
-The fusion engine use the fusion material itself as reaction mass for propulsion
+The fusion engines use the fusion material itself as reaction mass for propulsion.
 [[Category:Technology]]

← Older revision		Revision as of 09:12, 1 October 2015
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	The fusion engine use the fusion material itself as reaction mass for propulsion		The fusion engine use the fusion material itself as reaction mass for propulsion
		+
		+	[[Category:Technology]]