I'm mostly worried that the characters in universe are getting confused by rayon's similarities to silk.It's just as good as the silk-cotton gambeson, for lower cost.
Citation:
I'm mostly worried that the characters in universe are getting confused by rayon's similarities to silk.It's just as good as the silk-cotton gambeson, for lower cost.
Citation:
I'm mostly worried that the characters in universe are getting confused by rayon's similarities to silk.
[ ] Elutherian Pattern Armor Fabrication (Phase 1)
The Elutherian pattern armor has its flaws, , including wearing out far quicker than had been hoped for, yet provides substantial protection at a low weight. As rayon is a new material with extremely limited output, establishing enough armour production is going to require scaling up the entire supply chain to meet the army's demand.
OK, so it's still a valid starting point, though I frankly worry about us overinvesting in it if we go to Phase 2. This stuff probably isn't good enough to fully justify a mass rollout if we end up fighting a war in, say, 1904-1910, and by 1910 the state of the art will have improved and we should go for a better model.
Our people seem pretty responsible, so even without Ithillid's post, I'd figure that they really did test the mechanical properties of the rayon gambesons rather than just glance at it, grunt, and go "looks like silk must be OK."I'm mostly worried that the characters in universe are getting confused by rayon's similarities to silk.
The problem is that Phase 2 is a 700-point Light Industry project. Given that we'd be lucky to get more than 6 dice in Light Industry for the foreseeable future, that's about three turns of doing nothing but that one project, and that presents opportunity costs. Light Industry is also where all our munitions plants go, for instance, and probably some of our future chemical industry projects go.If we over invest in the roll out we can probably tap that production for whatever succeeds the Elutherian pattern relatively cheaply, and if we do end up in a war we are going to need every gambeson we can get our hands on.
Wolfy, I don't know if you're reading my posts, but I'll repeat this:I feel like normal fabric would be just as effective, if not more so than rayon, because at this point in time rayon is basically paper. Like it's actually made from the same stuff as paper, just chemically treated and turned into thread.
That's fair enough. At this point I'm gonna chalk it up to the trees having ragnite in them or something.Wolfy, I don't know if you're reading my posts, but I'll repeat this:
Our people seem pretty responsible, so even without Ithillid's post, I'd figure that they really did test the mechanical properties of the rayon gambesons rather than just glance at it, grunt, and go "looks like silk must be OK."
One notable point of divergency from being in Valkyria Chronicles is that viable infantry body armor exists anachronistically early. That's just... a thing. So we're going to see some materials that outperform their real-life counterparts, and shouldn't be shocked by that.
I'd call it "proprietary ragnite-doped chemical bath for the fibers."That's fair enough. At this point I'm gonna chalk it up to the trees having ragnite in them or something.
I have to assume that our testing people are competent enough to check to see if the armor stops working when it gets wet. The concern is that we don't know how well the armor holds up over time when exposed to combat conditions. We probably won't know that until we're in the midst of a mass military deployment.Our people seem pretty responsible, so even without Ithillid's post, I'd figure that they really did test the mechanical properties of the rayon gambesons rather than just glance at it, grunt, and go "looks like silk must be OK."
One notable point of divergency from being in Valkyria Chronicles is that viable infantry body armor exists anachronistically early. That's just... a thing. So we're going to see some materials that outperform their real-life counterparts, and shouldn't be shocked by that.
My own concern (which seems to me more plausible) is that rayon will be strong but not rugged and so will not bear up well under abuse- under getting sweaty and muddy and strained by lots of strenuous physical activity. Because that is the kind of thing you could miss in a lab.
The problem is that Phase 2 is a 700-point Light Industry project. Given that we'd be lucky to get more than 6 dice in Light Industry for the foreseeable future, that's about three turns of doing nothing but that one project, and that presents opportunity costs. Light Industry is also where all our munitions plants go, for instance, and probably some of our future chemical industry projects go.
I want to wait on not just laboratory testing, but field experience (if not necessarily combat experience) with the rayon body armor before we even think about committing something like 14 dice to an extra project to mass-produce the stuff. Because it's very plausible that in mass deployment the feedback will be "this stuff's strong but it comes apart too easily after it gets wet, please go bakc to the drawing board."
It being the year 1901, the testing people are actually doing well if they bother to test how well the armor performs when wet.I have to assume that our testing people are competent enough to check to see if the armor stops working when it gets wet. The concern is that we don't know how well the armor holds up over time when exposed to combat conditions.
Even as a reduced-scale project, I would be hesitant to pursue it because seven dice is still quite a lot (e.g. it is about the total amount we sank into our two machine gun factories).Of course, the circumstances that would necessitate a mass military deployment would almost certainly interfere with a total rework of our armor supply system. Another phase of armor fabrication to make up for the greater than expected wear and tear is a more realistic option.
That being said, 14 dice is rather rich for my blood as well. Fortunately, we don't need to pay the full amount. Armor Foundry Phase 2 is a pretty good candidate in that regard. A decent partnership die roll could drop that requirement to 7 dice. That's a lot more manageable. Or we could go the heavy contracting route, which would reduce the dice requirement as well, albeit likely at a significantly greater cost.
I'm not actually sure that will turn out to be true, or rather, I'm not sure that the additional potentially-bad armor from Phase 2 will turn out to be enough better than no armor at all to justify the loss of other things (such as more artillery shells) that won't get made because of all the Progress we spent on the body armor....even bad armor is a whole hell of a lot better than no armor at all.
I'm all for us developing heavy body armor if we can find armor we trust to work well. The problem is, uh, doing that. I'd rather not invest too much (i.e. a lot more than seven dice modified by possible partnerships and contractors) investing in a type of armor that we hope will work out but is probably just a prototype of what we really need and may turn out to be very disappointing.With some of the posts just makes me think stats wise in a game Vinland troops would have something like a faster speed or carrying more of something due to lower weight armor or something.
Hemp is gonna be there, humbly, in the background, but if woven hemp rope was a workable alternative for body armor underlayers, I'm pretty sure we'd be using it... precisely because it's such a basic, ubiquitous thing.Honestly I was mostly hoping we could replace the rayon with hemp, and keep the rest of the design. Its the most versatile plant in the world, and I kinda wanna see it used more in fiction.
It's not *that* versatile. Yes, it's a reasonably tough fiber, but it's nowhere near strong enough per unit mass to make a ballistic fabric out of.Honestly I was mostly hoping we could replace the rayon with hemp, and keep the rest of the design. Its the most versatile plant in the world, and I kinda wanna see it used more in fiction.
What other plant can you make a plane out of? Other than wood I guessIt's not *that* versatile. Yes, it's a reasonably tough fiber, but it's nowhere near strong enough per unit mass to make a ballistic fabric out of.
You can make a plane out of magnesium too, but aluminum isn't a great choice for body armor or we'd use it more.What other plant can you make a plane out of? Other than wood I guess
Okay, so does that make it strong enough for practical high-performance body armor?Also, it's the second strongest natural fiber after silk, which means it's the strongest natural plant based fiber.
??? I said hemp, like somebody made a working aircraft out of 75% hempYou can make a plane out of magnesium too, but aluminum isn't a great choice for body armor or we'd use it more.
Okay, so does that make it strong enough for practical high-performance body armor?
Yeah, I know. My point is that a material can have many virtues, and be tremendously useful, and yet not be useful for personal body armor in modern infantry combat.??? I said hemp, like somebody made a working aircraft out of 75% hemp
It's not particularly high performance, but it's about as good as you can get without synthetic fibers
Sorry, took awhile for me to put in that editYeah, I know. My point is that a material can have many virtues, and be tremendously useful, and yet not be useful for personal body armor in modern infantry combat.
All I'm saying is that while I welcome doing Phase 1 soon and if we can fit it in this plan along with a pile of munitions projects and the Chatam carbine plant, I'm for it...I'm going to be rather annoyed if I managed to barely get the rayon to win the vote on which armor bid to go with and then people vote to simply never procure any of it or nowhere near enough of it. I imagine the army would be even more annoyed than I would be.
Actually, I think we can be reasonably confident that someone did run tests of that nature, even if it was just issuing the prototypes to soldiers and seeing how it fared. Take a look at the armor fabrication project description.It being the year 1901, the testing people are actually doing well if they bother to test how well the armor performs when wet.
They'd be performing extraordinarily well, for a pure testing phase like this one, if they test it through repeated exposure to heavy weather and field conditions to the point of destruction or other unsuitability.
Emphasis mine. We had no IC idea how rugged the Elutherian pattern armor was when we accepted the bid. Now we know that it is less rugged than we would prefer. Therefore, we can be confident that someone did tests to figure out how durable the armor is.The Elutherian pattern armor has its flaws, , including wearing out far quicker than had been hoped for, yet provides substantial protection at a low weight.
What are your thoughts about just having a contractor work on it in the background instead?Even as a reduced-scale project, I would be hesitant to pursue it because seven dice is still quite a lot (e.g. it is about the total amount we sank into our two machine gun factories).
In the event that we do need to add a breastplate, I don't think that the entire 1050 point net project will be going out the window. The factories may need to be refit, sure, but it sounds like the bulk of the required progress will go to training workers to work with rayon.To stop the enemy rifle rounds (think "Mauser k98" and so on), we would need a solid breastplate over the rayon gambeson, to say the least...
Contractors tend to be expensive. If we have a contractor we can afford, well and good, but once we switch a contractor on, we can't switch them off until that phase of the project is done.What are your thoughts about just having a contractor work on it in the background instead?
Note that what I'm proposing is a modest delay, not an indefinite one. If the equivalent of World War One breaks out in 1905, then yes, we'll be caught with the means to mass-produce body armor for an expeditionary force at best part-ready, I suspect. But then, even with the best will in the world and the enormous strides we're making in other areas, if World War One breaks out in 1905, we'll be caught short in a lot of areas.In general I would much rather refit an existing supply chain than try to build a new one during the middle of a war.
A few things, like the secret of how to make the best ragnite-hardened steels, will probably be either state monopolies or closely held corporate trade secrets. But by and large, yes, literally this.
You don't really start seeing secret weapons where there's a concerted attempt to keep rival nations from finding out how a piece of tech works until World War II, and frankly a lot of that is just because the mechanical engineering and science that goes into WWI-era weapons isn't that complicated. You can't really stop someone from inventing, say, a breech-loading howitzer once they know it's a thing and have a base of 1880s-era metallurgy to work with.
??? I said hemp, like somebody made a working aircraft out of 75% hemp
It's not particularly high performance, but it's about as good as you can get without synthetic fibers
Wait, actually no, it is high performance, people are currently researching how to make it into body armor comparable to Kevlar, so it's probably good enough to protect against shrapnel
I forget if this has been pointed out by anyone, but I'd also like to remind everyone that getting more small arms than what the army is asking for does also mean we can simply sell the excess to bolster our income. Raw materials extraction isn't the only way for us to get more resources for activating our dice.Some of the production from the factory is expected to be sold on the international market.