I put my glasses on and watched that again, but the only thing I could determine was that the Akira fired multiple shots from a single ventral point. If you could distinguish separate points of origin on the rollbar, G-d bless you.
mlsnoopy wrote:And how exatcly should the most heavaly armed ship of its generation be used. Aren't BS the biggest ships with the biggest guns and with the heaviest armour=shields.
It should be used as a battlecruiser. Yes, it was the closest thing to a battleship that Starfleet had when it was made; but the lack of a true battleship doesn't mean that a battlecruiser would be an ideal battleship.
mlsnoopy wrote:So a ship that its designiers use as a close support ship. Wich has many small TT for better overalll covarage.
No, a ship that field personnel (many of which have been show to be somewhat block-headed) use that way; which may not have any bearing whatsoever on the ship intended role, strengths, or weaknesses.
mlsnoopy wrote:Small. As if You can get 10 T into a GCS tube and one into most of the Akiras.
Where'd you get that from? By the clip you provided we see that the main tube being fired, at least, works in the way which Graham describes as "pulse-fire;" how does that differ at all from the GCS? (hint: it doesn't)
mlsnoopy wrote:So I have to prove what.
It has one TT that can fire 4 torpedos. Than it has 4 TT in the rolebar that can fire only one torpedo.
So their is deffinitly more small TT. And so it reasonable to assume that the other TT are also small.
Again, the evidence that the upper tubes are single-shot ones is inconclusive. Plus, there is no relationship demonstrated between the rate of fire and the size of a torp, so there goes that idea. Finally, you told us that we can't assume any consistency about rate of fire between the different tubes on the ship; yet here you are assuming consistency as far as size of torps. By your own earlier argument, this argument falls down.
mlsnoopy wrote:One phaser stip can fire multiple beams. So since when is one long phaser aray weaker than two shorter.
It's not. But 3<14, even in the future.