Guardiandashi wrote:
I can see ways you COULD cram the big chase gun onto one of these commerce raider hulls, the issue is that it is seriously not feasible.
the way you would have to do it would involve swapping out sections of wood hull for metal IE iron or steel, to get the required strength, (which would be heavy) the biggest problem is that the relevant mainland nations do not have the steel production it would require.
I just reread the series a couple weeks ago, and the mainland nations were trying to figure out a counter for the mortars using steel barrels because they were using cast iron for rifles barrels because they couldn't come up with the steel to make a useful amount of guns.
the fact of the matter really in a lot of ways is the mainland is still dealing with at a guess ~14th century iron and steel production technologies, while Charis (and soon Sidermark is working with ~18-19th century iron and steel production technologies. Obviously with some kinks thrown in.
My point is that the church and the loyalists are still working with iron foundries that are making batches of iron best measured in lbs (it may be 10's and hundreds of lbs per batch but still. )
Charis is now making batches of iron (especially in the Howsmith foundries) that its practical to measure in tons per batch, and they are using a few tricks from modern steel production.
at least that was my impression.
the other thing that just came out was the suggestion of introducing air tooling vs electrical or steam, as an upgrade from old fashioned belt and shaft drive tooling.
and just thinking about that gave me a "mind blown" moment because I can actually vaguely imagine just how much its going to boost the Charisan Empire's production once all those tools come fully online.
To give an example that others can visualize think of trying to shape a part with a chisel, and file vs using an air powered grinder...
the chisel and file person might take over an hour to do 1 part, the grinder person is going to do the same part in say under 10 minutes. and they can apply those advantages pretty soon at multiple levels of their manufacturing process if not all of it.
Actually, you still couldn't cram any useful number of them into a hull the size of the ones we're describing. It's not just a factor of how heavily built the hull is, although that's certainly a factor. It's also a matter of how much displacement you have to support the weight of the gun itself and how that affects stability, freeboard, and seaworthiness. There's simply an upper limit on how much weight of armament you can load aboard the ship.
Your estimates for steel production on the mainland are low. I've said this again and again, but Safeholdians aren't really working with the fourteenth century technology that people seem to believe they are working with. They been producing crucible steel in relatively small lots but iron in quantities much more comparable to the levels of the early eighteenth century even before Howsmyn came along and began pushing iron production upward. For example, go back and take a look in one of the earlier books (to be honest, I don't remember exactly which one at the moment) and you'll see a reference to "black heart" iron. This is something that we didn't see much of in the Real World™ until the late seventeenth century, although it had been around for hundreds of years prior to that in small quantities. It's also called "malleable iron," and it is actually superior to wrought iron in some respects. The first quantity production of it in the United States wasn't until sometime in the first couple of decades of the nineteenth century (I'd have to go check to nail it down any closer than that), and it never actually supplanted cast iron ("white" iron) or wrought iron because the annealing process required a very experienced ironmaster and very close judgment of temperatures. Safehold has "black heart" iron, in addition to cast iron, production on a quantity basis (albeit relatively load quantities). I mention this not to indicate that they are producing sixteen million tons of iron a year but simply as an indication of the sophistication of their "do it by rote" technological capabilities even before Howsmyn, Merlin, and Owl are added to the mix. The difference between the starting platforms readers seem to be assuming — fourteenth century, for example — and the starting platforms Safehold actually has is the true basis for the . . . optimistic assumptions about industrialization rates I've made throughout the series.
As for the advantages of the machine tools available to Charis, and that instance your suggested example of the multiplier effect is actually substantially lower than the reality. The waterpowered machinery Howsmyn had already come up with, complete with all of the drive shafts and transmission belts, had already improved the productivity of his workforce by somewhere around 300-350%, by my estimate. Note that in this case I'm talking about things like machining operations on a per-man-hour basis, not things like iron and steel production, mining production, et cetera, where the increase is actually considerably higher even than that. What the new machinery is going to do is to permit him to incorporate that level of per-man-hour productivity increase into every stage of the production process, rather than restricting it to a few centralized stations in each manufactory. And what that means is that it will probably improve his current (as in immediately prior to the introduction of the pneumatic machine tools) production rate by almost as much as that rate had already improved his pre-waterpowered production rates. In other words, by my estimate, a single manufactory worker in one of Howsmyn's facilities is going to be as productive as around 12 workers in a pre-Howsmyn manufactory. When you add that to the sheer scale of his enterprises, you begin to understand how Charis can hope to stay ahead of the curve. It should be noted, however, that this same metric indicates that 12 workers in a Mainland manufactory could equal the production of one worker in a Howsmyn manufactory, and the Mainland still has a vast advantage in total manpower. Of course, that advantage is eroding with the loss of Siddarmark, but because of Clyntahn's pre-jihad pathological suspicion of Siddarmark, Siddarmark was never really involved in the Church's tooling up process except as a provider of raw materials. That means, of course, that the loss of the Republic hasn't had a significant impact on the Church's available labor force.
All of this stuff is noodling around in the back of my brain when I look at the economic, industrial, and military power of the opponents fighting one another on Safehold. The degree to which it makes it into the books in the infamous "info dumps" is another matter, of course. In fact, it's interesting to me that despite my tendency to "info dump," so many readers continue to assume a fundamentally lower starting tech level for Safehold than I have attempted to make clear from the beginning the planet actually possesses.
Hmmmmmmmmmmmm . . . maybe a 150,000-word info dump for the next book . . . .
Yeah! That'd work!