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MRHP

MIKKEL HAAHEIM
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  • Jan 30
  • France
  • Deviant for 12 years
  • He / Him
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Star Trek (all), Star Wars, Serenity, Avatar, Interstellar, Cloud Atlas; most hard Sci-Fi
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All sciences. Most tech.

BTE VI

2 min read
Some of you might be wondering about the oversized nacelle pylons in theEnterprise configuration drawings I posted. These pylons actually serve three functions (at least). First, they provide strength, distributing the force from the nacelles into the secondary hull. Interestingly, there is very little load bearing structure in these pylons. Second, they house a line of VASIMR thrusters... or, rather, they allow for the placement of thrusters if necessary (depending upon how much thrust a single engine will be able to produce, and how much power it can transmit). The third reason, though, is actually the most important. The Big E requires a lot of power to produce meaningful thrust for such a large vessel. The original concept at BTE suggested 3.5GW to power ion engines. The capabilities of the curret design require an order of magnitude more power (at full capacity)to meet the original specifications of 1m/s^2 acceleration. But this is the power that needs to get to the thrusters.
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I have just completed a new batch of configuration drawings for the "BigE". These are "initial" configuration drawings, incorporating 640m nacelles and a 525m diameter superstructure ring on the primary hull. An eventual refit would have 800m nacell
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I have uploaded a few more 4-iew CAD drawings. These show some of the emerging details; such as: equipment (senor, experiment, etc) pallet arrays; flight access cover panels and frames; forward light bars; and wireviews of the primary hull with core
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