Difference between revisions of "Orion Drive"
| Line 1: | Line 1: | ||
[[File:Imperial-Sunburst-Yellow-wiki.png|150px|right]] | [[File:Imperial-Sunburst-Yellow-wiki.png|150px|right]] | ||
| − | An [[Orion Drive]] is a kind of Nuclear-Pulse [[Maneuver Drive]] used on some interplanetary [[vessel]]s. They are a type of [[Relativistic Drive]] or [[Reaction Drive]] or [[Impulse Drive]]. | + | An [[Orion Drive]] is a kind of Nuclear-Pulse [[Maneuver Drive]] used on some interplanetary or interstellar [[vessel]]s. They are a type of [[Relativistic Drive]] or [[Reaction Drive]] or [[Impulse Drive]]. |
== Description == | == Description == | ||
| Line 6: | Line 6: | ||
=== Orion Drive Variations === | === Orion Drive Variations === | ||
| − | The ''Orion-1'' | + | The ''Orion-1'' or "''Fission Orion''" utilizes fission or multistage fission-fusion detonators reacting against a massive pressure plate comprising approximately 10% of the ship's volume. A Fission Orion Drive produces significant radiation contamination as a byproduct of its operation. It is a {{TL|8}}-standard propulsion system. |
| − | The ''Orion-2'' | + | The ''Orion-2'' or "''Fusion Orion''" utilizes a combination of nuclear dampers, induced fusion, and inertial compensators with a much smaller pressure plate to produce survivable thrust, with low to negligible radioactive contamination byproduct. It is a {{TL|12}}-standard propulsion system. |
| − | The ''Orion-3'' | + | The ''Orion-3'' or "''AM Orion''" is a conjectural technology that is proposed to be the most advanced incarnation of the Orion Drive concept. It theoretically utilizes antimatter detonators, inertial compensators, and "ON-OFF" stasis fields in place of a pressure plate to produce survivable thrust, while producing no radiation or environmental damage. It is estimated to be approximately a {{TL|21}} propulsion system. |
| − | The Hybrid ''Orion-2bis'' | + | The Hybrid ''Orion-2bis'' is a prototype device, utilizing antimatter detonators or antimatter-catalyzed nuclear detonators, inertial compensators, and a small pressure plate (instead of the more advanced and hypothetical stasis field) to produce survivable thrust, while producing no radiation or environmental damage. It is estimated to be a {{TL|18}}-standard propulsion system. |
| − | == History & Background | + | == History & Background == |
No information yet available. | No information yet available. | ||
Revision as of 22:22, 26 December 2022
An Orion Drive is a kind of Nuclear-Pulse Maneuver Drive used on some interplanetary or interstellar vessels. They are a type of Relativistic Drive or Reaction Drive or Impulse Drive.
Description
Orion Drives are a type of Nuclear Pulse Drive (NPD) that eject a stream of detonators which explode, producing a blast wave that presses against a pressure plate at the rear of the ship moving the ship forward in reaction. The pulsed pressure of the propelling explosions are smoothed out by Massive shock-absorbers. Orion Drives are specified by the type of detonation used for propulsion.
Orion Drive Variations
The Orion-1 or "Fission Orion" utilizes fission or multistage fission-fusion detonators reacting against a massive pressure plate comprising approximately 10% of the ship's volume. A Fission Orion Drive produces significant radiation contamination as a byproduct of its operation. It is a TL–8-standard propulsion system.
The Orion-2 or "Fusion Orion" utilizes a combination of nuclear dampers, induced fusion, and inertial compensators with a much smaller pressure plate to produce survivable thrust, with low to negligible radioactive contamination byproduct. It is a TL–12-standard propulsion system.
The Orion-3 or "AM Orion" is a conjectural technology that is proposed to be the most advanced incarnation of the Orion Drive concept. It theoretically utilizes antimatter detonators, inertial compensators, and "ON-OFF" stasis fields in place of a pressure plate to produce survivable thrust, while producing no radiation or environmental damage. It is estimated to be approximately a TL–21 propulsion system.
The Hybrid Orion-2bis is a prototype device, utilizing antimatter detonators or antimatter-catalyzed nuclear detonators, inertial compensators, and a small pressure plate (instead of the more advanced and hypothetical stasis field) to produce survivable thrust, while producing no radiation or environmental damage. It is estimated to be a TL–18-standard propulsion system.
History & Background
No information yet available.
See also
Please refer to the following AAB Library Data for more information:
Starship:
- NAFAL (STL) - (Not As Fast As Light) / (Slower Than Light)
- Light Speed (c)
- FTL - (Faster Than Light) - "Superluminal"
-
- Light-second (ls)
- Light-minute (lm)
- Light-hour (lh)
- Light-day (ld)
- Light-week (lw)
- Light-year (ly)
- Parsec (pc)
-
-
- (Field Propulsion Drives / Propellantless Drives)
- Z-Drive (Lifter / <1.0 D)
- G-Drive (Gravitic Drive / <10.0 D)
- M-Drive (Maneuver Drive/Thruster / <1000.0 D)
- N-Drive (NAFAL Drive / <1/8 ly)
- (Field Propulsion Drives / Propellantless Drives)
-
- Starship Drives (Interstellar Drives)
- N-Drive (NAFAL Drive / < 1/8 ly)
- J-Drive (Jump Drive / > 100 D)
- Alternative FTL Drives
References
- Loren Wiseman. "Sublight Drives." Challenge 72 (1994): .
- Charles E. Gannon. Hard Times (Game Designers Workshop, 1991), 84.
- Frank Chadwick, Dave Nilsen. Fire, Fusion, & Steel (Game Designers Workshop, 1994), 72-73.
- Don Perrin. Starships (Imperium Games, 1996), 71.
- David Golden, Guy Garnett. Fire, Fusion & Steel (Imperium Games, 1997), 65.
- Marc Miller. T5 Core Rules (Far Future Enterprises, 2013), 328-331.