Chapter 178: Here We Go
King Edward’s royal signature could authorize surveys across Crown land, establish a national common carrier, and create a statutory framework for right-of-way acquisitions.
It could not flatten hills. It could not move rivers. It could not make a steam locomotive climb a three-percent incline simply because Parliament had approved the route.
Less than a week after the Charter received the Royal Seal, Ernest stood inside a temporary railway planning office on the northern edge of Helmarte.
Spread across the drafting table was a map far less grand than the one shown at the palace. It bore no bold, confident strokes connecting major cities. Instead, six enlarged topographical sheets covered the table, dense with contour lines, marshlands, rock outcrops, property boundaries, and handwritten elevations compiled from decades of Royal Survey Office records.
Across two hundred and forty kilometers of countryside, there was no railway yet—only physical constraints.
Ernest rested his hands against the edge of the drafting table. "Now we discover whether the line I drew for the King actually works."
Samuel Wright, the chief surveyor, smiled from across the table. "I wondered when you would admit that."
"I never claimed the draft line was final," Ernest said. "It was a strategic corridor."
"It looked suspiciously like a completed railway to His Majesty," Samuel observed.
"It was an arrow," Ernest insisted.
Arthur Pendelton, reviewing property ledgers nearby, chuckled without looking up. "He has you there, Ernest."
Ernest sighed softly. Surrounding himself with independent-minded engineers and lawyers meant he was never spared their dry humor.
Samuel tapped the enlarged map. "We have identified three potential corridors."
Three colored pencil lines stretched northward from Helmarte toward the northern mining districts: Red, Blue, and Green. None followed the same path.
Arthur studied them. "If all three reach the same destination, why not simply choose the shortest?"
Samuel looked at Ernest. Ernest gestured politely. "Go ahead, Samuel."
"Because steam locomotives are not crows, Mr. Pendelton," Samuel explained. He pointed to the red route. "This is the shortest corridor at two hundred and seventeen kilometers. Direct. Efficient. On paper, it looks ideal."
Samuel then placed his finger over a dense cluster of elevation contours halfway along the path. "It also cuts straight across the western highlands."
"We have black powder," Arthur noted.
"The problem is not whether we can blast through them," Ernest intervened, taking a pencil and sketching a small locomotive frame on a scrap sheet. "The problem is operational physics. A locomotive has finite tractive effort. On level track, most of its power overcomes rolling resistance. The moment the line climbs, gravity fights the train directly."
Ernest raised his pencil at an angle. "The steeper the ruling gradient, the less freight a single locomotive can haul. If a grade becomes too severe, you need a second engine simply to push the train uphill."
Samuel nodded. "The shortest route might turn out to be the most expensive line to operate for the next century."
Arthur adjusted his spectacles, examining the map again. "So an extra twenty kilometers of track around the mountain could actually be cheaper over time?"
"Precisely," Ernest said. "A line is constructed once, but trains run across it thousands of times. A bad gradient imposes a permanent tax on every ton of freight forever."
Samuel moved his finger to the blue corridor, which swung farther east into a wide river valley before turning northwest toward the coalfields. "Two hundred and forty-eight kilometers. Longer, but far flatter. Current estimates suggest we can maintain a ruling gradient below one percent."
Hollen Vane walked over, holding two cups of coffee. "One percent? Meaning a one-meter rise for every hundred meters traveled?"
"Yes," Ernest said.
"That sounds mild," Hollen remarked. "You’ve designed steam engines capable of hauling heavy steel castings, yet you’re concerned by a gentle slope?"
"I am concerned by the fuel cost of dragging forty coal wagons up that slope every day for fifty years," Ernest replied smoothly.
The third option—the green corridor—followed an old military road farther west before crossing two major rivers.
"What about this one?" Arthur asked.
"Generous terrain for most of the run," Samuel admitted grimly. "But it requires two massive river crossings. The northern gorge would require deep-water piers and high-clearance iron trusses. Technically feasible, but financially brutal."
Arthur immediately made a note in his ledger. "I already dislike the green route. I have learned to recognize Ernest’s ’expensive’ face."
"The final alignment cannot be decided from an office in Helmarte," Ernest said, closing the subject. "Maps provide general corridors, not precise alignments. We need field data: soil stability, high-water marks, rock formations, bridge abutment sites, and water sources for locomotive boilers."
By noon, the courtyard outside the warehouse had transformed into an expedition staging area.
Nearly sixty surveyors, civil engineers, draftsmen, teamsters, and laborers gathered alongside a dozen supply wagons. Wooden crates were loaded under Samuel’s direct supervision: theodolites, transit levels, survey chains, ranging rods, compasses, plane tables, field books, tentage, and medical supplies.
The Royal Survey Office provided technical personnel, while Teucher Construction supplied logistics and heavy labor. Several experienced mining surveyors had also been brought down from the northern pits for their familiarity with the mountain strata.
Ernest walked the line of wagons with Samuel. "I want elevation readings logged at every major terrain change. Record historical high-water marks on every river crossing, locate stone quarries near the right-of-way for ballast, and identify reliable water sources every twenty to thirty kilometers."
"For locomotive watering stations?" Samuel asked.
"Exactly," Ernest said. "And do not test merely for volume. Have the survey crews sample the mineral content of those streams. High concentrations of dissolved lime or sulfur will scale our boilers within months, forcing costly chemical treatment or early tube replacement."
Samuel noted the instruction in his field book. "I will have the team leaders run basic acidity and mineral tests at every potential tank location."
"Good," Ernest nodded. "And do not limit the survey to physical geography. Estimate populations, market towns, active sawmills, and agricultural yields along the valley. We are not merely surveying terrain; we are surveying future freight demand."
Arthur approached with a fresh folder. "Initial property records for the eastern valley. Hundreds of small farm plots, village commons, and church estates."
Ernest accepted the file with a small sigh. "The land acquisition will prove more complex than the engineering."
"The new statutory tribunal framework will protect us from extortionate land prices," Arthur reminded him.
"Lawful authority is a backup, Arthur," Ernest said. "I intend to negotiate fair private sales wherever possible. Unnecessary land disputes generate local hostility before the first rail is spiked."
A steam whistle sounded near the warehouse, signaling the expedition’s departure. Men boarded the wagons, drivers tightened reins, and the draft horses surged forward.
At the main road, the expedition split into three distinct teams. One turned west toward the highlands, one headed north along the military road, and the third rolled east toward the river valley.
Hollen stood beside Ernest, watching the supply wagons disappear down the road. "You aren’t riding out with them?"
"If I personally inspect all two hundred and forty kilometers," Ernest said, watching the dust settle on the road, "we won’t lay track until I retire. I am practicing delegation."
"A rare habit for you," Hollen chuckled.
Three weeks later, the initial reconnaissance reports arrived.
The field data confirmed Ernest’s fears regarding the western route: the mountain approaches would require immense cuts or expensive tunnels. Soil borings along the ridge revealed unstable shale beds prone to dangerous landslides during heavy rainfall, which would necessitate massive retaining walls. The green route’s gorge crossing was wider than mapped, with flood marks indicating severe seasonal rises.
Only Samuel’s report on the eastern blue corridor bore a clear recommendation across the top sheet:
MOST PROMISING ALIGNMENT. DETAILED LOCATION SURVEY RECOMMENDED.
Ernest spread the valley maps across his desk. The blue corridor followed gentle river gradients through rolling country, passing near several market towns with abundant stone and water.
Preliminary soil cores along the river banks indicated firm, well-drained gravel subsoils—an ideal natural foundation for heavy timber ties and crushed ballast that would easily bear forty-ton axle loads without settling.
"So we have found our railway route?" Hollen asked, peering over his shoulder.
"No," Ernest said, tapping the valley map. "We have found where to look for it. Reconnaissance gives us a corridor five kilometers wide. Now we begin the detailed location survey to place the center line."
Outside the window, a second survey convoy was already being organized—this one loaded with grading stakes, leveling instruments, and soil drills. The first expedition had narrowed down the geography; the second would mark the physical path of the Belfast National Railway.
Ernest stepped to the window, watching team leaders load wooden survey stakes marked with center-line notations into the lead wagon. "We’re not just staking dirt, Hollen. Every stake driven into that valley floor establishes a permanent baseline for land negotiations, right-of-way deeds, and cut-and-fill estimates."
Hollen nodded slowly, taking a sip of his lukewarm coffee. "Which means Arthur gets to start spending money in earnest."
"Which means," Ernest corrected with a faint, resolute smile, "the Belfast National Railway ceases to be a theoretical debate in the capital, and becomes a physical mark across the face of the kingdom."