Chapter 310: Price of Utility

Twenty-four trucks.

That was the number Arthur Pendelton had written in bold chalk across the top of the slate blackboard in the main engineering conference room.

Beneath it, underscored with a sharp, impatient line, was a second figure:

63

Ernest Teucher leaned back in his wooden armchair, staring at the numbers through the light haze of early morning workshop dust.

"What is sixty-three, Arthur?" Ernest asked.

"Sixty-three commercial inquiries with formal, written expressions of commercial intent," Arthur answered smoothly, setting his chalk down on the wooden ledge.

"An expression of intent is not a purchase order."

"It represents prospective customer demand."

"Then why is it on the executive board?"

Arthur turned around, dusting white powder from his fingertips. "Because, my dear Ernest, practically every sensible merchant in the civilized world considers having nearly ninety prospective buyers lining up for a machine that does not yet commercially exist to be a cause for celebration."

"The machine exists," Ernest corrected him.

"Three hand-built experimental prototypes exist," Arthur retorted, tapping the table. "Three prototypes that cost this company a frankly obscene sum of riels to fabricate."

Ernest’s brow furrowed. "Non-recurring engineering research and development expenditures should never be conflated with unit manufacturing cost."

Arthur offered a tight, patronizing smile. "Splendid. Then you are going to adore the next page of the ledger."

He dropped a thick, leather-bound accounting folio onto the green felt table with a heavy thud.

Hollen Vane, who was leaning against the sunny window bay cleaning his fingernails with the flat blade of a pocketknife, glanced over with a grimace.

"How catastrophic is it, Arthur?" Hollen asked.

Arthur opened the marbled endpapers. "Bad enough that I seriously considered having a second plate of sausages and three brandies before showing it to either of you."

Ernest pulled his chair in toward the table. "Let me see the actual numbers."

The meeting was taking place in the primary design conference room at Plant One.

Outside the tall, multi-paned casement windows, the deep, rhythmic pulse of industrial progress vibrated through the floorboards: the steady, thunderous crunch of steam drop-hammers in the forge wing, the shrill whine of horizontal boring mills carving iron, and the periodic, throaty cough of internal-combustion engines running on the dynamometer stands.

Plant One had evolved dramatically since the first Model One passenger runabout had rolled through its brick carriage gates.

While Plant Two now handled the high-volume, standardized stamping and assembly of passenger motorcars, Plant One had become the technological engine of the Teucher empire. It housed high-precision gear cutting, heavy crankshaft machining, metallurgical testing laboratories, and specialized experimental production bays.

Yet workshop floor space was finite. Experienced master machinists were stretched thin.

And, as Arthur never tired of reminding them, capital reserves were not bottomless.

"Before we delve into these frightening columns," Arthur said, holding up a manicured palm, "I must remind everyone that Superintendent Whitmore and the Royal Postal Ministry have not actually purchased twenty-four vehicles."

Ernest nodded patiently. "They have authorized procurement contingent upon final technical validation of a production-standard unit."

"Precisely," Arthur stressed. "Which means if we issue binding delivery promises, spend hundreds of thousands of riels on tooling, and subsequently fail the state acceptance trials, we will own twenty-four exceedingly heavy, crimson-painted monuments to our own hubris."

Hollen let out a dry, rasping grunt. "Fair point."

"Let us examine the recurring unit cost projection," Ernest said, pulling the folio toward his chest.

Arthur flipped to the summary page.

The prototype expenditures had naturally been staggering. Every single structural member had been individually marked, hand-sawn, and custom-fitted.

The heavy chassis channel rails had been pressed on temporary hydraulic dies. The transmission cases had required four separate manual chuck setups on the boring machines. The full-floating rear axle housings had been assembled by master toolmakers with custom bronze shims, and the braking linkages had undergone three expensive metallurgical revisions before Whitmore was satisfied.

Arthur, however, had stripped those developmental sunk costs away.

The accounting staff had calculated the projected manufacturing expense for an initial batch of fifty standardized Cargo One chassis:

Cargo One — Preliminary Unit Manufacturing Estimate

(Projected recurring unit costs based on a baseline 50-chassis production batch)

Component AssemblyCost (Riels)Chassis frame, suspension springs, wheels & heavy tires8,400Industrial two-cylinder engine & cooling assembly11,2004-speed transmission, enclosed driveshaft & differential7,6004-wheel drum brakes, steering box & control linkages4,900All-weather driver’s cab & basic instrumentation4,100Direct factory assembly labor & inspection clearance5,800Allocated factory overhead & casting scrap allowance5,500Total Estimated Unit Cost:47,500 Riels

Ernest read the lines with surgical focus.

He tapped his thumb against the total.

Hollen leaned over his shoulder, squinting through the smoke of his pipe. "Forty-seven thousand five hundred riels."

Arthur nodded grimly. "And that is pure, raw factory expenditure. It includes zero dealer margin, zero warranty reserves, zero commercial transport freight, and not a single copper coin of profit."

Ernest stared out through the window.

Down in the main yard, a newly completed black Model One passenger car was undergoing its pre-delivery inspection. Once the latest assembly line revisions at Plant Two reached full volume, that passenger car would retail for 61,500 riels.

The commercial truck was simpler in many respects: it had no rear passenger bench, no polished brass trim, no curved body panels, and no folding canvas roof mechanism.

Yet underneath, the sheer mass of iron and steel was staggering.

"Under our traditional corporate pricing model," Arthur pointed out, tapping a gold pencil against the table, "we would be forced to set the wholesale price of the bare chassis and cab at approximately sixty-four thousand riels."

Hollen let out a low whistle through his teeth. "Sixty-four thousand."

Ernest said nothing.

Arthur leaned in. "And remember, Ernest: that sixty-four-thousand-riel figure buys the customer an engine, four wheels, a steering column, and a seat. It does not include an inch of timber for the cargo body."

"What will our contract bodybuilders charge for the rear compartments?" Ernest asked.

"It depends on the trade," Arthur replied. "Halford estimates a basic open dropside timber flatbed will cost four thousand riels. A fully enclosed, lockable van body for dry goods will run six to eight thousand. A specialized mail sorting body with internal shelving and reinforced brass locks could easily top ten thousand."

Ernest rubbed his chin.

A fully equipped Cargo One would enter the market at more than seventy thousand riels.

That was considerably more expensive than a passenger automobile.

A passenger motorcar was often purchased for personal prestige, convenience, or novelty. But a commercial freight truck had to stand on ruthless economic arithmetic.

A brewery master, a timber merchant, or a textile magnate would not compare the Cargo One to an aristocratic tourer.

He would compare it to four draft horses, two heavy wagons, stable feed bills, veterinary fees, and teamster wages.

And if the iron machine could not prove it returned more cash to his pocket than the horses, the truck would remain parked on the showroom floor.

Hollen crossed his arms, staring down at Ernest. "Well? What’s the verdict?"

Ernest kept his eyes fixed on the accounting ledger. "We are manufacturing this platform like a piece of bespoke laboratory equipment."

"Because it is an industrial machine," Hollen retorted.

"It is an industrial machine today," Ernest said quietly. "It cannot remain one if we intend to sell hundreds of them."

Hollen’s eyes narrowed into suspicious slits. "Don’t you start, Ernest."

"Start what?"

"Don’t start telling me you’re going to shave half the steel out of the ladder frame."

"I have no intention of weakening the frame."

"And you are not going to trim down the brake shoe friction surface."

"Passenger safety and stopping power are non-negotiable."

"And we are certainly not reducing the transmission back down to three forward gears to save twelve teeth on a countershaft."

Ernest hesitated for a fraction of a second.

Hollen pointed an oil-stained finger directly at Ernest’s nose. "Aha! I saw that! You were thinking about the gearbox!"

"I was merely evaluating whether all four mechanical ratios were strictly necessary for every light urban delivery profile," Ernest admitted with a defensive shrug.

Hollen scoffed loudly. "You consider it all you like, my boy. But the moment you drop that fourth gear, remember the Queen’s Bridge incline in the middle of a November thunderstorm with two tonnes of wet barley aboard."

Ernest sighed softly. "I remember the bridge."

"Good. Then leave the fourth gear where it is."

For the next three hours, the three men dismantled the manufacturing estimate with ruthless precision.

They did not speak in vague management generalities about ’efficiency’ or ’cost reduction.’

They analyzed physical machine operations, tooling setups, metal tonnage, and human labor hours.

Hollen took command when they reached the chassis frame.

The pressed-steel ladder rails were practically indestructible; they had survived six weeks of brutal pounding over the broken turnpikes without a single cracked weld.

Yet the assembly method was agonizingly slow.

Because the experimental frame design had been modified twice during the postal trials, the drilling fixtures had fallen out of alignment with the latest blueprint revisions.

Consequently, factory workers had to hoist the raw channel rails onto sawhorses, measure the mounting holes individually with steel rules, center-punch them by hand, drill each pilot hole, ream the bores to size, and manually drive the retaining bolts.

It was custom blacksmith carpentry on a production floor.

Ernest found it intolerable.

"Why are the mounting holes not being punched simultaneously on the primary stamping press before the rails are formed?" Ernest demanded, tapping the chassis schematic.

The chief production draftsman shifted nervously on his stool. "The frame geometry was revised twice while the postal trucks were in the field, My Lord. We delayed ordering hardened steel hole-punch dies until the engineering department finalized the wheelbase."

"The wheelbase is finalized," Ernest said firmly. "Issue the tooling requisition for gang-punch dies immediately. A single stroke of the press should produce every rivet and bolt hole in both rails simultaneously."

Hollen leaned over the drafting sheet, his calloused finger tracing the transverse framing. "And look at these two intermediate crossmembers, Ernest. Why are they two different lengths?"

"One clears the fuel tank sump," the draftsman explained.

Hollen stared at the drawing for five seconds, then looked up at Ernest with a dry smirk. "Move the fuel tank bracket four inches to the rear, and both crossmembers become identical."

Ernest examined the spatial clearances. A slow, satisfied smile broke across his face. "Identical crossmembers. That eliminates one casting pattern, one inventory bin, and one machining setup."

"Precisely," Hollen said. "A five-minute change on paper that saves three hundred hours of shop labor a year."

Next came the four-speed transmission.

The gearbox was an engineering triumph—strong, smooth-shifting, and capable of handling massive low-end torque without gear chatter.

Yet the machine-shop reports revealed that the split cast-iron casing was a nightmare to mill.

"Why does this single casing require three separate clamping setups on the horizontal boring mill?" Ernest asked the machine-shop superintendent.

"Because the boring bar cannot reach the rear main-shaft bearing pocket from the front opening," the superintendent explained. "We have to unclamp the casting, flip it ninety degrees on the bed, re-indicate the center line with a dial gauge, and bore the rear pocket from the opposite face."

Hollen leaned forward, resting his chin on his hands. "What if we alter the casing split line?"

The superintendent frowned thoughtfully. "How do you mean, Master Hollen?"

Ernest picked up a red drafting pencil and drew a clean, diagonal line across the transmission housing profile. "If we cast the housing with an offset parting flange here, both bearing seats become directly accessible from open exterior faces. The boring mill can align and cut both bearing pockets in a single continuous pass without uncoupling the casting from the bed."

The superintendent’s eyes widened. "That would require cutting a new set of foundry wood patterns."

"Cut them," Ernest ordered without hesitation. "A new wooden pattern costs two hundred riels. Eliminating two hours of mill setup on fifty gearboxes saves thousands."

Arthur leaned back, watching them dismantle the vehicle piece by piece. "And what does that save in cold cash?"

"We don’t know the exact copper figure yet, Arthur," Hollen barked back. "That is why we test the tooling."

By one o’clock in the afternoon, the slate board was covered with twenty-three concrete engineering revisions:

Standardized Hardware: Reduced the chassis fastener list from twenty-two bolt sizes down to twelve standard metric threads.

Integrated Engine Machining: Shared the cylinder boring, valve grinding, and crankshaft-turning operations of the Cargo One’s engine with Teucher’s existing line of heavy industrial stationary pump engines, slashing dedicated lathe hours.

Stamped Chassis Brackets: Replaced hand-forged spring hanger brackets with heavy hot-stamped steel pressings.

Unified Brake Linkages: Standardized all four mechanical brake rods to identical lengths, using adjustable threaded clevis forks to set individual shoe tension.

Simplified Cab Framing: Replaced complex curved ash wood joints in the cab pillars with simple lap-joints reinforced by stamped iron corner plates.

Arthur stood up, walking along the board and tabulating the estimated savings in the margins of his notebook.

"If these production modifications hold up under shop validation," Arthur murmured, his eyes glittering with commercial calculation, "we can realistically shave nearly six thousand riels from our baseline manufacturing cost."

Ernest closed his notebook. "Then we are no longer building an experimental machine. We are preparing to build an industrial fleet."