Jonathan_S wrote:B) an asymmetrical broadside, with missile tubes on only one broadside; where they extend past the centerline of the ship form that side (which makes it tricky to squeeze in engineering and whatnot that normally live on the centerline)
Assymetry: Is this really a problem?
In battle is it a problem?
1) Fixing problems(can you actually?)
2) Transferring missiles in case of damage
3) Power for missiles, missile tubes, Grasers/Lasers, is "Fusion Plasma"
In the case of #1(Depends, mostly no, especially modern missile combat)
In the case of #2, I do not see why they could still not do this
In the case of #3, this places the fusion conduit not on central core, but near the perimeter and more likely to be hit??? Or need dog legs off central core now, so more shielding etc and more tonnage etc.
#1(Depends) If a slightly fat ship, which has engineering spaces near the tubes in ~close enough proximity, we are talking a slightly longer doglegged passageway = more space required = more compartmentalization = more blast doors = more and more and more, so from an efficiency in tonnage = bad idea. From a pure maintenance perspective, these ships are not THAT big due to great resizing. Initially, these ships WERE that big so as envisioned by the author INITIALLY, yes, this would be a problem for crew efficiency, but after the great resizing, walking an extra ~10m to get to next Missile tube is not the end of the world here.
I think the biggest dichotemy is, THE GREAT RESIZING and DW's books are still written as if the ships never were shrunk and therefore perspective for crewing/maintenance are still ~ a kilometer long, 200+m wide behemoths for a DD and KILOMETERS long for an SD and 400m wide.
Square peg width of diameter of round hole