If your bottleneck is number of sailors and available slips for building/maintenance, then it's a more efficient use of limited resources.
If your bottleneck is number of sailors and available slips for building/maintenance, then it's a more efficient use of limited resources.
See Japan's upcoming ASEV, news about the German F127 frigate, Italy's future DDX program, or China's current Type 055 destroyers.
See Japan's upcoming ASEV, news about the German F127 frigate, Italy's future DDX program, or China's current Type 055 destroyers.
More generally, I think you're dealing with a high fixed cost in terms of crew and systems, so once you've committed to that, adding more size and capabilities has a much lower marginal cost (at the design stage).
More generally, I think you're dealing with a high fixed cost in terms of crew and systems, so once you've committed to that, adding more size and capabilities has a much lower marginal cost (at the design stage).
The closest might be the anomalous Alaska-class
The closest might be the anomalous Alaska-class
If you start with a recently retired cruise ship, it'll check off all the important boxes:
a) Be really big
b) Have fancy accommodations
c) Onboard casino
And really, isn't that what it's all about?
If you start with a recently retired cruise ship, it'll check off all the important boxes:
a) Be really big
b) Have fancy accommodations
c) Onboard casino
And really, isn't that what it's all about?
High Grade models are a great size where they aren't as fiddly as wargaming miniatures, but also don't have the big surfaces of aircraft.
High Grade models are a great size where they aren't as fiddly as wargaming miniatures, but also don't have the big surfaces of aircraft.
IIIC Unloaded: 13 540 lb
MTOW: 25 740 lb
IIIC Unloaded: 13 540 lb
MTOW: 25 740 lb