You couldn't fit it in a normal bow. A wave-piercing bow gives you less internal volume, not more.
Yeah, but it's still a 100,000 t ship no matter how you cut it. There's enough room up there for a few ALS.
Submarines use highly specialized and heavy VLS cells. They are in fact so heavy that they tend to cause stability problems if not submerged.
Submarines are more space and weight constrained than a ship is. Plus, I've never heard of water leakage being a problem with VLS before on any sort of consistent basis.
No you can't. So far nobody has managed to design a seal that allows rapid linear movement and remains watertight. And while what you say about freeboard would be true with a conventional bow, you've chosen a bow specifically designed to let water over it.
No, it's a bow which is designed to slice through waves with marginally more water over the bow in heavy weather. Also, ships have routinely fought 10 to 30 ft waves before without their turrets getting washed out.
Plus, the freeboard rises (about a meter) from the bow on this design, and that's something, since you have 32 ft of freeboard at the bow itself. It's going to take some pretty decent waves to get over that. Also, the DDG-1000 is designed to operate with a wave-piercing bow, and has turrets further forward towards the stem of the bow. If it's not a problem for the DD(X), I don't see why it would be with a significantly larger ship.
The Forward SPYski plates interferes with the turrets, and so does the torpedoes. Torpedoes that are likely to land on deck if launched in bad weather btw.
The SPYski's are angled out diagonally, and don't aim at the turrets at all. So there's no interference there. There's two right there in front, angled out.
Would sort of look like this:
As for the torpedo tubes, I suppose I can move them. I'll give you that one.
Actually it does. While it's true that longer Length-to-diameter ratio barrels have been tested, these have all been landbased systems, meaning they don't have to deal with the stresses involved in being bolted to a moving ship, and they have transport cradles for when they are not being fired. So yeah, droop is going to represent a problem. And your big and heavy muzzle brake isn't going to help either.
What are you talking about? There's tons of longer barrels in use even today. Like I said, it's just a Pzh 2000 barrel with a muzzle brake. So no, I totally disagree.
http://www.navweaps.com/Weapons/WNRussi ... _ak130.htm
http://www.navweaps.com/Weapons/WNRussi ... _ak100.htm
http://www.navweaps.com/Weapons/WNIT_5-64_LW.htm
http://www.navweaps.com/Weapons/WNGER_61-52_MONARC.htm
An excessive example-
http://www.navweaps.com/Weapons/WNUS_9-98_mk1.htm
That just makes the problem worse. The area behind the SPY plates (and all other Phased Arrays) are filled with electronics, cooling systems and maintenance accesses. No way are you going to fit the entire launcher and its magazine in there.
Consider them so moved. I have more than enough room in other places.
I was thinking more about the noise generated by a torpedo passing it a few feet away. Their ears will be ringing for hours afterwards. This is a serious problem on submarines as well btw.
And they seem to get by just fine. I think we're okay there.
They can't fire either ahead or astern, so unless the submarine is obliging enough to come alongside they won't be able to target it.
Moved.
But the ship also has torpedoes and Klub ASW missiles, but I want the RBU to be able to fire upon torpedoes more than subs. So I moved them more for that reason. The larger missiles can deal with the submarines.
The size of the ship has nothing to do with this. I'm talking about the amount of systems you're carrying. Phased arrays demands ridiculously high levels of power.
The Spy-1 system is a 6 MW system powering 4 phased arrays. And this is on a 9,000 t burke with a conventional powerplant mind you. What we have here is 6 phased arrays. With 14 smaller ones. So, I'd say 8 (1.5 each) MW total for the larger arrays and 7 MW (500 kw each) total for the smaller ones.
So that's 8 MW and 7 MW total. 15 MW altogether. For a ship that has 4 reactors (Plus COGAS auxiliary) that's really not that much, considering it's only 2.5 times the radar wattage installed on a Burke.
And the tower might be something like 3 MW tops.
I'll provide an updated design later, with the modifications from this post.