Difference between revisions of "DeVoss Drive"

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Higher jump-states are known to be possible – [[Voyagers]] appear to be capable of a controlled jump-4, and misjumps have carried vessels far further. Research into drives with a higher jump potential (such as the legendary [[Langstrom Drive]]) is ongoing, but to date there have been no breakthroughs.
 
Higher jump-states are known to be possible – [[Voyagers]] appear to be capable of a controlled jump-4, and misjumps have carried vessels far further. Research into drives with a higher jump potential (such as the legendary [[Langstrom Drive]]) is ongoing, but to date there have been no breakthroughs.
  
The Jumpspace Institute at the IoT/[[University of Selasia]] is considered the leading authority on jumpspace physics.
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The Jumpspace Institute at the IoT/[[University of Selasia]] is considered the leading authority on jumpspace physics, jump theory and experimental FTL technology.
  
 
== References & Contributors / Sources ==
 
== References & Contributors / Sources ==

Revision as of 17:46, 24 September 2017

A jump drive design descended from the jump technology used by the Terrans during the First Confederation and used within the Distant Fringe to this day.

Description / Specifications

DeVoss-type drives are capable of propelling a vessel up to 6.5 light years (2 parsecs) through jump space – the so called Jump-2 Barrier – and are extremely reliable. Efforts to increase the design’s performance have proved fruitless.

History & Background / Dossier

Higher jump-states are known to be possible – Voyagers appear to be capable of a controlled jump-4, and misjumps have carried vessels far further. Research into drives with a higher jump potential (such as the legendary Langstrom Drive) is ongoing, but to date there have been no breakthroughs.

The Jumpspace Institute at the IoT/University of Selasia is considered the leading authority on jumpspace physics, jump theory and experimental FTL technology.

References & Contributors / Sources

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