Bigger ships and more subsystems give you costlier ships that means usually less ship to field. Fewer ship with heavier maintenance diminish the presence at sea. You also need to feed this monster number of cells... Shelf life, maintenance upgrades, training, everything need to be sorted out to have enough missiles if a conflict arise.In short: Yes, that's basically my original line of thought. I should've explained more clearly beforehand.
But before that, and as a reply to your previous post:
Adding such huge, potential powder keg source onto warships with massive significance for the navy operating them and only available in very low numbers isn't particularly a good idea. A lucky hit or an unlucky accident could potentially render an entire CV or LHD incapacitated, if not outright sunk with the addition of such massive quantities of explosives onboard. A couple UVLS cells for quad-packable MRSAMs (if not HHQ-16s and/or HHQ-9s) should be a good idea for CVs and LHDs, but only up until that.
This brings the notion that large surface combatants (i.e. DDGs and CGs) should be the ones carrying the larger diameter strike missiles in LVLS cells, instead of CVs and LHDs. They are available in greater numbers, able to be present in larger numbers of regions at once, more flexible in their deployments, and are naturally more expandable than proper flattops.
Instead of attempting to construct 20000-30000-ton pipe-dream warships that would be a total waste of precious, finite peacetime and wartime resources - Proper modifications and iterations of the normal, frontline surface warships currently operating in the PLAN today are definitely enough for such endeavors.
Retaining the 64 UVLS-cell count for the 052D/DG-successors and the 112 UVLS-cell count for the 055-successors (if not marginally increasing the number of UVLS cells by a maximum of 16 for both warships) - All while having the option to swap certain numbers of the UVLS cells onboard with smaller numbers of LVLS cells is certainly more than enough.
For the sake of giving examples:
1. A 052D/DG-successor DDG of 9000-10000 tons (at full load) with original loadout configs of 64 or 80 UVLS cells can have alternate loadout configs of 48 UVLS + 6-8 LVLS cells or 64 UVLS + 6-8 LVLS cells; and
2. A 055-succesor DDG/CG of 15000-16000 tons (at full load) with original loadout configs of 112-128 UVLS can have alternate loadout configs of 80 UVLS + 12-16 LVLS cells or 96 UVLS + 12-16 LVLS cells.
These LVLS cells must be capable of not just carrying larger, heavier and even longer-range strike missiles, but also multi-pack certain missiles in each individual LVLS cell, which would otherwise only be able to fit one unit per UVLS cell.
Most importantly, if anything - The ability of swapping UVLS cells with LVLS cells onboard the surface combatants of the PLAN must be:
1. Applicable across significant portions of the major surface combatant fleet of the navy (i.e. not only for the selected few, "unique-type" warships);
2. "For-but-not-with", i.e. said CGs and DDGs must function properly and conduct their respective roles in the navy, with or without the addition of LVLS cells; and
3. Providing visibly greater benefit in terms of strike range or strike volume than without LVLS cells.
If you take the US, they are not able to feed enough missiles to feed their fleet. We could take the tomahawk for example:
Pumping out ships and introducing newer types is one thing, procuring all the rest need another logistic workforce.
China fleet is already becoming young compared to is adversaries. I'm not seeing the urgent need to build a next generation destroyer.
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