Chapter 146: The Freighter

"Gallic engineers are pouring concrete outside the city. They need thousands of hands to move earth."

"What if they default? Leaving the docks means losing my position."

"They don’t default. Every man signs a formal wage contract, paid down to the copper as."

Marcus, a quarry worker standing nearby, set down his cup and stepped forward. "Dominus, is that true? Several dozen denarii a week?"

The recruiter looked over the man’s dust-covered tunic and shoulders. "Your name?"

"Marcus. I cut stone in the marble pits. I can handle the weight, Dominus. Am I fit for the work?"

"You meet the standard," the recruiter said, nodding. "Report to the tents near the central grain market to register."

"I know the market," Marcus said quickly.

"Go now. The line is long. When your shift is called, you begin clearing ground."

"Thank you, Dominus." Marcus left his ale on the counter and hurried through the door into the street.

The recruiter turned back toward the tavern keeper. "You see the lines outside. How long do you intend to run this room for scraps of copper? Put down the rag and take the contract."

The tavern keeper stared at the door, tossed his cloth onto the bar, untied his apron, and followed the quarryman into the street.

Along the northern bank of the Po River, thousands of laborers formed a line stretching miles across the flats. Passengers aboard passing barges stared at the assembly in disbelief.

"What are they building, Father?" a boy asked from the deck of a skiff.

The father watched the shore in silence. "The largest fortress this valley has ever seen."

Steam paddle-boats crossed the river, carrying shifts of workers to the northern bank under fares covered by the Ministry of Logistics.

Along the clearing line, an ancient oak cracked, swaying before crashing into the mud.

"Clear the trunk and advance the stakes!"

Literate laborers were appointed shift-captains over crews of twelve, tasked with clearing trees, brush, and boulders across the marked perimeter. Behind the clearing crews, imported steam-rollers pressed the exposed earth into flat, uniform terraces.

A mile from the perimeter, senior officers of the Syndicate Engineering Corps gathered within a guarded command tent.

"Dominus, regarding the subterranean levels," an engineer asked, leaning over the table. "Do we set the civilian crews to digging the foundations now, or wait until the outer walls are poured?"

The senior architect unrolled the master blueprints across the boards. "The artillery magazines and powder bunkers require thirty feet of compacted earth overhead to withstand heavy bombardment."

"We can use interlocking firebrick backed by reinforced concrete for the primary vaulting," another noted.

"How many subterranean magazines in this sector?" the architect asked.

"Eight independent depots, each provisioned to support a cohort and its artillery batteries through a six-month siege."

The architect nodded. "Sound. What of the bastions?"

"Those cannot be concealed," the engineer replied. "We can use the Italian crews to dig the broad foundation trenches. The firing towers project beyond the star-wall; their positions will be visible regardless."

"Continue."

"For water, an artesian well must be sunk within the core to secure the garrison if the river lines are cut. The intake from the Po should remain concealed, along with a reinforced drainage tunnel running beneath the waterline to allow emergency egress."

"Allocate lower subterranean chambers for low-light cultivation and livestock storage to preserve rations during extended containment," the architect added, scanning the drawings. "Does that cover the primary specifications?"

"It does, Dominus."

"Your recommendation on the workforce?"

The junior engineers conferred briefly before their spokesman answered. "Except for the broad bastion trenches, civilian laborers should be kept clear of the subterranean grid."

"We pour and cure the fifty-foot curtain walls first," the spokesman said. "Once the perimeter is enclosed, the Infantry can bring in its own sappers to excavate the magazines and access tunnels away from local eyes."

The architect nodded, rolling the parchment. "Execute the layout as drawn."

...

Lucius received welcome news this morning: a telegraph confirmed that the final blueprints for the new merchant vessel were complete.

He dispatched orders to the praetorium and set off for the coastal shipyards of Massilia.

Traveling inside his carriage toward the Mediterranean, Lucius noted a marked shift along the macadam highways... civilian traffic was heavier than he had ever seen.

The expansion of the Syndicate had elevated thousands of plebeians into skilled administrative and technical trades, spurring travel across the provinces. Guild masters rode in suspension carriages, while factory foremen filled the transit coaches moving between regional hubs.

Congestion choked the gates of every Gallic town along the route, with Syndicate guards directing wagons through strict transit lanes.

The delays did not impede Lucius; his carriage held clearance for the reinforced concrete emergency corridor, reserved strictly for military convoys, triage, and rapid dispatch.

Standard law barred even municipal officials from the lane, keeping civic rank equal to the workforce.

Only the Forge Master and the High Ministry held exemption... not out of aristocratic privilege, but to prevent the gridlock that erupted whenever crowds gathered to see the Ashen Demon pass.

Conserving travel time and easing the strain on the city watch took precedence over empty egalitarian ideals.

By the fourteenth hour, the carriage halted before the Massilia Naval Bureau, a brick compound overlooking the deep-water slips.

Entering the drafting hall, Lucius hid his foreknowledge as he found Severan, Chief Metallurgist of the Alpine Ironworks, standing beside Tiberius, Chief Naval Architect of the Bureau.

The two men stood over a wide table surrounded by their senior draftsmen.

Lucius had already received reports through Aurelia’s Umbrae network...

Tiberius had struggled to mount Decimus’s high-pressure boilers into timber hulls, driving him to seek out the Alpine Ironworks for a joint venture.

Severan had proved the concept with 400-ton iron barges on the Rh?ne coal routes, and Lucius’s demand for an ocean-going freighter made their collaboration inevitable.

Reports also indicated conservative shipwrights in Neapolis were attempting to recruit Severan’s assistants with heavy retainers.

Lucius kept the intelligence quiet, unwilling to expose his agents over trade competition.

Tiberius bowed as Lucius approached. "Dominus, I drafted the hull to your displacement specifications to house the steam machinery, but timber could not support the structural loads. I requested Master Severan to integrate his iron plating."

Lucius offered a nod. "I am glad to see you recognize structural limits."

Working with traditional Roman yards might have saved time initially, but guild friction would have ruined the effort.

"The division of labor matters little, so long as the solution holds," Lucius said. "Show me the scale model."

Tiberius turned toward a bulkhead. "This way, Dominus."

Lucius followed him into a hall strewn with discarded blueprints, charcoal stubs, and broken drafting rules.

Torn vellum covered the floor with abandoned hull designs. Before Lucius could comment on the clutter, his eyes caught the brass and oak model mounted in the center of the room.

He moved forward, studying the lines from every angle. "This is remarkable work..."

Even set against modern freighters from his past life, the vessel possessed a stark, functional presence.

The iron hull integrated twin midship paddle-wheels beneath three masts rigged for lateen sails.

The hull carried a broad beam for stability, tapering into an iron-sheathed ram at the prow.

A glance confirmed it was designed for sustained steam passage without sacrificing hold space.

The model itself measured six feet from ram to stern, sitting three feet above the table!

"Give me the specifications," Lucius said.

Tiberius, Severan, and their assistants straightened.

They had labored four months under doubt, unsure whether the Forge Master would sanction an iron design of this scale...

Tiberius stepped forward to begin the briefing.

"Dominus, this is a steam-assisted iron transport designed for ocean freight, convertible for troop transport with modular refits. To maximize hold volume for coal and dry cargo, we omitted internal transverse bulkheads. Fitting them would have added two hundred tons of deadweight and cut cargo capacity by five hundred tons. We accepted the risk to meet the 3,000-ton capacity you required."

Lucius nodded. He cared little about compartmentalization for a first-run freighter, but future campaigns demanded flexibility.

"Once sea trials confirm hull stability, prepare a modular refit. We must be able to install steel bulkheads and convert the vessel to a troop carrier within thirty days."

He considered the lines once more. "What is the designation?"

"The Lugdunum-class Iron Freighter," Tiberius replied. "A joint design of Massilia and the Alpine Ironworks. The lines are laid for Mediterranean and Atlantic coastal routes. We have not tested the plate ductility in Arctic cold, but hull survivability in heavy seas will surpass anything afloat."

Lucius nodded. "The dimensions?"

Tiberius cited the numbers without checking his notes, "Overall length is 110 meters. Maximum beam is 17.5 meters, cargo hold depth is 10 meters, and laden draft with full coal and cargo reaches 9 meters."

"And the displacement metrics?"

"Gross tonnage will fall between 4,300 and 4,500 tons, depending on the final plate thickness off the rolling mills. Net displacement sits at 3,500 tons, with a cargo payload of 3,000 tons. The machinery and rig require fifty stokers, mechanics, and deckhands. If configured for troops, the holds accommodate one thousand legionaries."

"Solid figures," Lucius said, his gaze sharpening as he turned to Tiberius. "A hull of this mass demands sound metallurgy and reliable materials. We cannot build this from custom hand-forged plate; it must fit standard slipways and existing rolling mills. How do you plan to handle the hull riveting and plate assembly at scale?"