The stamping press is deprecated and not even supposed to be in there any more, the pistol stub thing is easily fixed, and I'm well aware that auto cartridges are supposed to be caseless. The problem is that when I called Heckler and Koch they wouldn't tell me what the binder for their caseless cartridges. I don't think you can make a solid little block of propellant out of nitrocellulose alone. Until someone can help me out with the science, I'm going to just assume that the hivers are as stupid as I am and have decided to rely on an older, more reliable form of cartridge assembly. Not that I'm against the idea by any stretch of the imagination, just need some data.
Sorry about the stamping press thing then, but do note that the cartridge factory requires a metal stamping press to be built, thus invalidating the workshop.
On the note of the binding agents and propellant blocks, I highly doubt you'll get anybody to cough up proprietary research, especially chemical research, on a binding agent meant to be completely dissolved or expelled by the reaction of the propellant combusting. That's the sort of thing that businesses and even governments guard extremely closely.
However, binding agents come in two forms: Gum-based binders which are made from plants, and Glue binders made from animal parts. It wouldn't be too far of a stretch to add another material to chymistry manufactured from, say, plants or trees. I was looking around for some interesting plants that might be easily addable to the existing plants and came up with something called a
Konjac that looks pretty unique and could be one of the plants that was cross-bred to survive in the Underhive. Its root bulbs consist of 40% glucomannan gum which could be used by itself or processed with another industry product (like lime milk) in order to create the binding agent you need.
So here's an idea process: Allow
lime milk to be dried into
Calcium Hydroxide in the Chymistry industry, and mix it with Konjac gum in order to create a binding agent item used in place of brass for autogun cartridges. The binding agent itself does not remain a liquid/viscous consistency, but is
polymorphed into a crystalline structure (
Aragonite, or Calcium Carbonate) that attaches the propellant block to the bullet with a substance that will easily break apart and dissolve during the firing reaction. The reaction from Calcium Hydroxide to Calcium Carbonate is as simple as adding Carbon Dioxide, which I am sure is readily available in the polluted Underhive's atmosphere.
I'm sure, of course, that nobody working for Games Workshop in any capacity gave this problem any thought since it appears that nobody in that company knows the first thing about science or engineering (as the depleted deuterium bolter shell debacle illustrates.)
You're more right than you might think. As far as Games Workshop is concerned, Specialist Games like Necromunda don't matter to them anymore. If you look at their site, they're even dropping the miniature catalogs.
Though at this point it feels as if the current manufacturing method for ammunition is complicated enough as it is.
I thought something similar, but when I realized that I usually bum-rush the production of shotguns and seeing their extreme efficacy in dealing with the threats my fortress has on a regular basis I would recommend rearranging the firepower of weapons. In my opinion, something that differentiates the production methods of shotguns from autoweapons like which resources are more intensive for their creation works, but they have to have actual advantages to building them that match the change in cost.
As it stands, shotguns are crazy strong. Recently a a Malcedon Spyrer appeared in my fortress.
I also notice that in the raws, shotshells are listed as having "EDGE" token variable. It may be prudent to change this to "BLUNT" as for some reason I do not think a shotgun blowing the leg off of a spyrer while axes bounce off of his armor as how this was intended to go down.