question on Indiaman class freighter from issue #6

The Evil DM's picture
The Evil DM
November 14, 2007 - 7:52am
When looking at the ship schematics in the article it appears that the decks perpendicular to the engines, is that correct?
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Comments:

Anonymous's picture
w00t (not verified)
November 14, 2007 - 8:24am
Correct.



CleanCutRogue's picture
CleanCutRogue
November 14, 2007 - 4:44pm
Yes.  That's a Knight Hawks standard for most starships - especially all those with a hull size greater than 3.  Hull Sizes less than 4 are able to enter atmospheres and fly around, and often are found with horizontal deck plans.  There are exceptions to this rule (such as the Serena Dawn from the Alpha Dawn game book - which had horizontal deck plans).  The claim is that the acceleration causes a gravity-like effect, so people can walk around on the decks during the gradual acceleration that takes up about half the duration of a trip, then the ship turns around and decelerates, causing the same gravitic effect.  I don't know how scientific this is, but it works for the genre.
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Gilbert's picture
Gilbert
November 14, 2007 - 5:26pm

  Read up on Sir Isaac Newton's laws of motion. It explains everything you wanted to know about space travel.


Anonymous's picture
w00t (not verified)
November 14, 2007 - 9:20pm
Gilbert wrote:

Read up on Sir Isaac Newton's laws of motion. It explains everything you wanted to know about space travel.



Can you give us the quick and dirty? Smile

elpotof's picture
elpotof
November 15, 2007 - 5:56am

This was nabbed from wiki, but does a good job of explaining:

"The spacecraft could, in theory, continuously accelerate in a straight line, forcing objects inside the spacecraft in the opposite direction of the direction of acceleration.

A propulsion system with a very high specific impulse and high thrust-to-weight ratio could accelerate, producing useful levels of artificial gravity for long periods of time. In addition, constant acceleration would provide relatively short flight times around the solar system. A spaceship accelerating (then decelerating) at 1g would reach Mars in 2-5 days, depending on the relative distance."

Hope this helps