Difference between revisions of "Orion Drive"

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== Description ([[Specifications]]) ==
 
== Description ([[Specifications]]) ==
No information yet available.
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Orion Drives 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. 
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* The ''Orion-1'' (O1-Drive) 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 TL8-standard propulsion system.
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* The ''Orion-2'' (O2-Drive) 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 TL12-standard propulsion system.
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* The ''Orion-3'' (O3-Drive) 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  TL21 propulsion system.
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* The Hybrid ''Orion-2bis'' (O2.5-Drive) is a prototype device, utilizing antimatter 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 TL18-standard propulsion system.
  
 
=== STL Drive Specifications ===
 
=== STL Drive Specifications ===

Revision as of 13:07, 24 May 2019

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A Orion Drive is a kind of Maneuver Drive used on vessels.


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"
» Imperial Standard Astronomical Unit
» Solomani Parsec
» Vilani Parsec ("Deshi")
» Imperial Standard Parsec


(Field Drives / Propellantless Drives)



Description (Specifications)

Orion Drives 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.

  • The Orion-1 (O1-Drive) 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 TL8-standard propulsion system.
  • The Orion-2 (O2-Drive) 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 TL12-standard propulsion system.
  • The Orion-3 (O3-Drive) 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 TL21 propulsion system.
  • The Hybrid Orion-2bis (O2.5-Drive) is a prototype device, utilizing antimatter 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 TL18-standard propulsion system.

STL Drive Specifications

STL Drive Specifications (Starship Propulsion)
Category Specifications Remarks
Name TBD TBD
Drive Type TBD TBD
Velocity TBD TBD
Duration TBD TBD
Hazards TBD TBD
Physical
Constraints
TBD TBD
Geometry TBD TBD
Levels TBD TBD
Entry TBD TBD
Exit TBD TBD
Fuel TBD TBD
Resource
Requirements
TBD TBD
Inventor TBD TBD
Characteristics TBD TBD

History & Background (Dossier)

No information yet available.

References & Contributors (Sources)

This list of sources was used by the Traveller Wiki Editorial Team and individual contributors to compose this article. Copyrighted material is used under license from Mongoose Publishing or by permission of the author. The page history lists all of the contributions.