Chapter 1257: A National Machine
“You need an expanded ammonia plant and a saltpeter facility,” Roland said, watching Kyle. “You’ve known that.”
Kyle inclined his head. Agatha and Paper had been managing both materials — workable, but their production rates plateaued against the hard ceiling of limited magic and limited hands. The methods they used were already better than the old acid-synthesis process that had run entirely on saltpeter, but better-than-before wasn’t the same as enough.
The breakthrough had been the periodic table. Once Roland had provided a complete copy, the chemistry laboratory had set about producing sample elements — and with Lucia’s ability, they had worked through the entire table, including rare metals like platinum and rhodium that served as industrial catalysts. The bottleneck wasn’t knowledge anymore. It was bodies.
“We’ve validated the theory and tested the process in a small reaction vessel,” Kyle said, with the measured delivery of a man who had been waiting to say this for months. “Sufficient manpower, and we can begin immediately.”
“You’ll have every literate immigrant I can assign you. Start after this meeting.” Roland picked up his tea. “I’m also adding a lead-acid battery production line.”
Kyle nodded once, the nod of someone who has already worked through the implications. Among the directors, perhaps only he and Anna understood what Roland was describing without needing it explained. Lead, lead dioxide, dilute sulfuric acid — materials the Alchemist Workshop could have produced years ago, and the Ministry of Chemical Industry could produce in volume. The experiment demonstrating electrolyte behavior with a lit bulb was standard teaching material. The reason it hadn’t been done yet was simpler than chemistry: they hadn’t needed storage batteries, and they hadn’t had the people.
Now they had both.
“How many per month?” Kyle produced his notebook.
“Around a hundred.”
The batteries would go to the biplanes — specifically to the electric starters on the piston engines. That a machine as advanced as the Aerial Knights’ aircraft still required a ground crew to physically spin the propeller to ignition was a friction that bothered Roland more as the fleet grew. With sufficient labor available, there was no reason to leave that problem unsolved.
“A small project,” Kyle noted, stroking his beard with the precision of a man who took satisfaction in accurate estimation. “Perhaps ten people, excluding the parts Queen Anna would need to fabricate — lead plates, casings.”
Anna nodded across the table. “Provide detailed drawings and the Ministry of Industry will have no issue.”
“Give me a few days to finalize, and I’ll have the drawings to you.”
Roland set down his cup. Three years ago he had stood in a Border Town that had one steam engine plant and no certainty it would survive the winter. Now his ministers managed multi-department projects from inception to production with minimal steering from him — a project initiated in this room would be running in a week. The infrastructure had grown into something that carried its own momentum.
“Now. The Ministry of Industry.”
What followed was the summary of months of thinking — conversations with Anna, notes reworked on late evenings, plans revised against the reality of every battle the First Army had fought.
First: infantry firepower. A lighter machine gun — the General Purpose Machine Gun, Roland called it internally. Mark I HMG frame, simplified structure, barrel and rack as separate components for portability. A magazine feed, so soldiers could return fire in the first seconds of a Senior Demon engagement without waiting for setup. Weight reduction through aluminum alloy and rubber worm plastic, both materials already entering biplane production and therefore available in limited but growing quantity. Elite units — scouts, cover teams, extraction specialists — would receive them first. Standard infantry in Everwinter and Wolfheart didn’t need the upgrade; the First Army’s existing equipment was sufficient for those theaters.
The Van’er Rifle was already moving into production: one semi-automatic per five soldiers, the linkage mechanism still imperfect, prone to jamming after heavy use, but the firepower increase was genuine. Roland had kept the bolt-action rifles rather than replacing them entirely — logistics demanded it.
Second: air dominance. The first-generation biplane, named the Fire of Heaven after four months of field testing, had entered service. Its structure wasn’t far from the Unicorn prototype; the challenge now was production. A biplane was still too complex for general factory workers to assemble. The engine was still Anna’s work to manufacture.
But Neverwinter’s industrial workforce had been growing since the first steam engine plant opened. Apprentices who had started as hammer-wielders were now machine tool operators with three years of accumulated skill. Roland intended to draw the best of them into the aircraft program and learn, through that effort, exactly how far Neverwinter’s industrialization had actually come.
The Devilbeasts owned the sky now. The Fire of Heaven was the opening move to reclaim it.
Third: anti-armor for the Spidery Monstrous Beasts. The mortars were too light; the Longsong Cannons were too heavy. Roland wanted something in between — 75mm caliber, horse-portable, operable without Hummingbird’s weight-reduction ability. Small enough that it didn’t require the cannon plant’s full production capacity; the first need was a prototype and a test.
He and Anna had talked through all of it before the meeting. They understood each other on this without needing to say much — the kind of understanding that comes from having designed things together in the dark, from having argued about metallurgy and ballistics until the arguments produced something neither had thought of alone.
The scale of what Roland was now describing was unprecedented for Neverwinter: ten facilities, a workforce of twenty to thirty thousand people, a convergence of chemical, industrial, and aerial production running simultaneously. The immigration campaign had made it possible. The currency reform had made it sustainable.
A machine titled nation was setting itself in motion — gear engaging gear, plant feeding plant, each worker performing one task that connected invisibly to every other task, the whole moving in a direction that no single person inside it could fully see.
It was the largest thing Roland had ever built.
He thought it might be enough.
Chapter 1257 - A National Machine
Translator: Transn Editor: Transn
“I need an additional ammonia plant and a saltpeter plant. You knew that,
didn’t you?” Roland asked.
Agatha and Paper had been working on these two materials, but the
production rate was not satisfactory due to the lack of catalysts. Although
their method was much better than the original acid-making method that
involved saltpeter, they could not further increase the production as a result
of limited manpower and magic.
After Roland obtained a copy of the complete periodic table of elements, the
chemistry laboratory immediately started to make sample elements. With
Lucia’s help, the Ministry of Chemical Industry was now able to create a
sample for every element on the table, including many rare elements such as
platinum and rhodium that were normally used as catalysts in chemical
reactions.
As long as there were enough people, they could build as many plants as they
wanted. Mass production might not be the most efficient way to produce war
materials, but the original acid-making method was solely reliant on Agatha’s
and Paper’s abilities.
Kyle said slowly, “Your Majesty, we’ve already verified the theories through
experiments and simulated the acid-making process in a small reaction
vessel. As long as we have sufficient manpower, we can start working
anytime.”
“I can offer you all the literate immigrants. You can start after this meeting,”
Roland said. “Also, I plan to create a new production line for lead-acid
batteries.”
Kyle nodded in comprehension. Perhaps, not many people knew what those
things were, but he had learned elementary and intermediate chemistry by
heart and certainly understood what Roland was talking about.
Lead-acid batteries were also known as storage batteries. It was not even
that hard for the Alchemist Workshop to make them, since the only materials
required were lead, lead dioxide, and dilute sulfuric acidm, let alone the
current Ministry of Chemical Industry. Plus, the experiment on electrolytes
with a light bulb was a classic experiment in high school chemistry.
The strength of storage batteries was that they could be recharged by
supplying water regularly. There was no technical difficulty whatsoever in
producing lead and lead dioxide. The reasons that he had not produced them
earlier were that they rarely needed storage batteries and had insufficient
manpower.
“How many do you need approximately…” Kyle asked as he produced a
notebook.
“Around 100 per month,” Roland replied.
Storage batteries would be mainly used to start off piston engines for the
biplanes. As the biplane was the most advanced industrial product in
Neverwinter, it was unacceptable that it took so long for the plane to take off.
Roland attributed this drawback to the lack of manpower. However, with the
influx of a great number of immigrants, they could now eliminate this defect.
With so many additional people, they could literally do whatever they
wanted.
“We would only need around 10 people to finish this small project,” Kyle
commented sagely as he stroked his beard. “Of course, we still need Queen
Anna’s help to manufacture other parts like lead plates and shells.”
“If you could provide me with detailed drawings, the Ministry of Industry has
no issue with that,” Anna said while nodding.
“Then please give me a few days to think it over, and I’ll send you the
drawings shortly.”
Roland sipped his tea in satisfaction. After years of education and training,
there were now many talented people in the Administrative Office. It was
very common that a project involved various departments. For many
projects, Roland only had to provide his advice here and there in the very
beginning, and his ministers would finish the rest.
“Now, the Ministry of Industry shall — ”
After the war of Taquila, Roland realized that there were a lot of things that
needed to be improved. Now, he finally got an opportunity to do so.
First was the fighting capacity of the infantries.
Roland called it the “General Purpose Machine Gun Plan”.
The basic idea was to produce a lighter version of Mark I type HMG with a
simpler structure. The barrel and rack should be separate so that the weapon
could be more portable. A cartridge should be used to enable soldiers to
open fire immediately in the event of an attack. In that case, soldiers would
be able to suppress the Senior Demons and earn time for the anti-demon
grenade unit.
Since there would not be much change in the gun structure, the only way to
reduce the weight would be switching over to a lighter material, aluminium
alloy and plastic made from the slimes of rubber worms, for instance. Both
of the two materials were not manufactured on a large scale, but
the production of the biplanes required a lot of them. Therefore, they would
not produce many new machine guns.
But it was better than nothing. Plus, the Aerial Knight also needed machine
guns, so this project was very necessary.
As far as Roland saw, the First Army could still remain in a superior
postion in the Kingdom of Everwinter and the Kingdom of Wolfheart without
upgrading their guns. Only the elite unit, who usually took on special
missions such as scouting, covering and rescue, would need such an
advanced weapon.
Also, the semi-automatic rifle invented by Van’er was in the process of mass
production. Every five soldiers would have a “Van’er Rifle”. The reason that
Roland did not change all the bolt rifles was logistics. Since the linkage was
left in the air, the rifle was not actually very durable. It could easily get
jammed after multiple shots.
However, the “Van’er Rifle” could effectively increase the firepower.
The next project that Roland had in comtemplation was the biplane. After
four months of intense tests, the first generation of biplanes was finally put
into use and was named the “Fire of Heaven”. Although this new model was
very similar to the “Unicorn”, and its structure was not extremely
complicated, it was still unrealistic to ask ordinary workers to manufacture
and assemble it. As for the production of the engine, it was still reliant on
Anna’s ability.
Having said that, Roland still planned to gather the top workers in the
industrial zones to tackle these potential problems. These people had
elevated themselves from apprentices who used to flail hammers to excellent
machine tool operators. It was also a good time to test how far the
industrialization of Neverwinter had gone in the three years after
the establishment of the first steam engine plant.
The only way to suppress the Devilbeasts was to dominate the sky.
The “Fire of Heaven” was obviously just the beginning of this magnificent
endeavor.
The last project Roland had in mind was regarding the new Spidery
Monstrous Beast. Roland planned to create a small-caliber cannon larger
than the mortars but smaller than the Longsong Cannons to repel the
Monstrous Beasts. The caliber should be around 75 milimeters. It could be
easily carried on horses and by soldiers, and Hummingbird did not
necessarily have to reduce its weight.
It was not difficult to make such a cannon. Roland only needed a few
workers from the cannon plant. However, before that, he had to first create a
sample cannon and test it out.
He had discussed these prospective projects with Anna numerous times in
private. They soon reached a mutual understanding without any unncessary
explanation.
This would be the grandest manufacturing project in Neverwinter in the
history of time, for the project involved nearly 10 plants and a workforce of
20,000 and 30,000 people.
With the implementation of the immigration campaign, the industrialization in
Neverwinter would become even more intense and rapid.
A machine titled “nation” was set in motion.