Free Web NovelChapter 219: Chapter 212: Three Tanks, Three Problems
Twenty-seven days remained before the ninety-day industrial review.
Two years and 302 days remained before the compulsory quest deadline.
Lucien heard the factory before he reached it.
Not the careful, deliberate sounds of Titanworks on its best behavior — the kind it produced when visitors were expected. This was the factory working, which was a different thing entirely. Engines ran hard behind reinforced walls. Test rigs struck their load limits with impacts that traveled through the ground rather than the air. Track assemblies screamed across rollers. Somewhere deep inside, a foreman demanded a pressure reading, got a number in return, and apparently found it unsatisfying.
Ironbreaker was waiting at the development hall entrance with a fresh black streak across his leather apron and the faint smell of heated oil in his beard. He looked like a man who had been standing beside something when it went wrong and considered this a reasonable way to spend a morning.
Lucien looked at the streak. "Successful test?"
"Successful correction."
"To what?"
"An engineer’s conviction that an oil line and an exhaust manifold could share the same space."
"Did the line survive?"
"No."
"And the engineer?"
"He now holds a stronger opinion on the subject."
Ironbreaker turned and led him inside.
The development hall was large enough to shelter an armored company, but no complete tank occupied it. The floor had been claimed by machinery, component rigs, and experimental assemblies in various states of failure. Armor plates lined the walls, their surfaces cataloguing impacts and fracture lines in chalk. Track links hung from numbered racks. Engine housings sat open beside load benches like patients waiting for difficult news.
The central test lane held something that, under generous interpretation, resembled a vehicle.
A broad hull skeleton rested on two unfinished track assemblies. The upper structure was largely open, the rear compartment exposing a temporary engine, piping, and a removable transmission housing. Ballast blocks stood in for armor, ammunition, and internal equipment. Above the turret ring, a weighted frame imitated the mass of a turret and main gun with the rough approximation of a theatrical prop — convincing only from a distance and only to someone who wanted to be convinced.
Lucien stopped at the bow. "Which tank is this?"
Ironbreaker considered the question with more care than it seemed to deserve. "At present? I am also not quite sure."
The hull was clearly larger than Warhound’s, but not merely scaled up. The front angled backward instead of rising vertically. The center sat lower. The wider track spacing gave the whole thing a heavier, more deliberate stance, as though it had thought carefully about where to put its weight and remained unconvinced the decision was final. Different suspension components had been fitted to each side. Several road wheels carried painted markings. One position was conspicuously empty.
"I expected the medium programme to have progressed farther," Lucien said.
"It has."
He looked at the open engine compartment, the temporary turret frame, the exposed braces. "This is farther?"
"This can disappoint us physically. Before this, it only disappointed us on paper."
"And the other programmes?"
"The heavy tank disappoints us one component at a time. The super-heavy mostly disappoints us through calculations, though we’ve built several expensive physical examples to make the feeling more convincing."
Ironbreaker climbed a work platform and pulled back a protective cloth to reveal a wall of engineering drawings.
The requirements were already settled. Nobody in the hall was debating whether Elarion needed a medium tank — twenty-five to thirty-five tons, seventy-five to eighty-five millimetre cannon, four-hundred-and-fifty to six-hundred-and-fifty horsepower equivalent mana engine, four or five crew, sloped armor, rotating turret, protected ammunition, reliable suspension and tracks, eventual standardized production. All of it had moved past proposal into obligation.
The difficulty was that obligation and physics disagreed about what was possible.
Ironbreaker struck the centre of the layout. "The medium tank is nearest to what we already understand. Warhound gave us the foundation — armored hulls, compact mana engines, tracks, turrets, transmissions, production methods."
"So the first team enlarged Warhound."
"Of course,very intelligent men we have after all."
"And?"
He pointed toward a display of failures arranged along the wall with the careful attention of a man who wanted visitors to understand exactly what had gone wrong and why.
One gear assembly had several teeth crushed nearly flat. "The transmission handled straight movement and failed during repeated turns." Enlarged track links hung beside it, pin holes stretched into irregular shapes. "The stronger track was too heavy. The lighter one wore too fast." A bent suspension arm. "The original suspension accepted the weight until we added simulated recoil." A warped ring segment. "And the enlarged turret system could rotate the load, provided we agreed not to care about accuracy."
Lucien studied the wall. "So Warhound gave us the language."
"Yeah and I did rather not love being spoken with it."
The internal compartment had been built for adjustment rather than comfort — temporary rails letting walls, seats, and equipment frames shift to different positions, painted blocks standing in for ammunition storage, floor markings showing alternative placements for the driver, communications equipment, and power channels. It was less a prototype than a three-dimensional argument about where things should go.
"Five crew remains the primary layout?" Lucien asked.
"Yes. Driver in the hull. Commander, gunner, and loader in the turret. The fifth handles communications, hull systems, observation support, and whatever emergency decides to announce itself."
"The four-man alternative?"
"Someone inherits two jobs."
"The commander."
"Usually."
Lucien looked up at the weighted turret frame. "Which means he stops commanding whenever the gun needs attention."
"Whenever the radio needs attention. Or the loader tires. Or the driver reports a problem. The vehicle continues functioning, but the man responsible for understanding the battle spends the battle managing machinery."
"Keep the five-man layout."
"The team already did."
"Then we agree."
Ironbreaker looked at him. "A reassuring development,we have."
The weighted turret frame rotated above them with a grinding mechanical complaint. It moved perhaps thirty degrees before stopping, then drifted slightly further after the drive disengaged — a small, telling movement.
"Too much play," Lucien said.
"Backlash, ring flex, and imprecise alignment. The eighty-millimetre test gun fits within the approved range — barrel manageable, breech housed, recoil system functional from a fixed cradle."
"But not in the turret."
"Not with the space we want for the crew and ammunition."
A larger cannon wasn’t simply a wider barrel. The breech swept backward during recoil. The loader needed room to reach protected racks from multiple positions. The commander needed sightlines and freedom to move. The gunner required stable optics and controls. Every millimetre added to the turret ring added armor mass, ring stress, and weight cascading downward through the hull.
"Ironhold can’t machine the ring?"
"Not consistently in one piece at the required diameter."
"Segmented?"
"Every seam introduces alignment error. A ring that is nearly round becomes an expensive way to trap a turret."
"Then the machining remains a bottleneck."
"One of several."
The left track used a refined version of Warhound’s suspension. The right used a longer-travel system with separate dampers and considerably more complicated linkages. Ironbreaker walked beside them the way a doctor walks beside a patient — not unkindly, but honestly.
"The older design is simpler. Easier to build, easier to repair, familiar to our crews."
"But?"
"It runs out of travel too quickly. Over rough ground, the hull absorbs what the suspension can’t."
"The new design?"
"Better movement. More parts. Tighter tolerances. More opportunities for Ironhold to manufacture something almost correctly."
One road wheel position stood empty. Lucien stopped beside it. "What happened here?"
"The third design carried the full static load." Ironbreaker paused. "It then distributed most of that load onto one wheel whenever the chassis crossed uneven ground."
"The wheel failed?"
"It became flatter than we intended."
"Which of the following design survives recoil?"
"For now,maybe the one that doesn’t exist."
Stronger links lasted longer under weight but increased resistance and strained the transmission. Lighter links reduced that burden but deformed at the pins during repeated turns. Magical metals could improve both — but not at any scale compatible with a real production target.
Lucien touched one of the heavier links. "How much rare material would solve this?"
Ironbreaker smiled without humor. "Enough to give Aurethar a personal interest in the programme."
"Then it doesn’t solve it."
"Ten to twenty tanks per month cannot depend on a dragon’s willingness to donate track components."
"His unwillingness is extremely dependable."
The engine bay smelled of heated mana channels and cooling fluid. The medium-tank power unit ran on a reinforced test stand — larger than Warhound’s, more heavily shielded, with independent cooling lines running into the housing. Behind it, an experimental transmission sat partially open beneath a suspended inspection light. Engineers monitored gauges with the focused attention of people who had learned to expect specific kinds of bad news.
"The engine has reached the required output," Ironbreaker said.
"For how long?"
"Eleven minutes at the upper test load."
"And after eleven minutes?"
"The output remains. The efficiency does not."
Heat accumulated inside the core housing. One region began accepting more load than the others, forcing compensation across the system. More mana consumed, same power produced, imbalance compounding with time.
"Cooling?"
"Partly."
"Core geometry?"
"Partly."
"Flow regulation?"
"Also partly."
"So the engine works, except where it is needed."
"That is an accurate summary of most prototypes."
The transmission was less subtle about its problems. At the heavier vehicle’s torque, Warhound’s system failed repeatedly during low-speed turns. The first scaled design had worked well in straight lines, then destroyed its own gears during direction changes — a failure that was, at minimum, consistent.
Ironbreaker lifted a crushed gear from the inspection bench. "The engine can now provide enough force to break the transmission faster."
"Progress."
"Technically."
"It can move? Under full simulated weight?"
"At low speed."
"Turn?"
A pause. "It can begin turning."
"That answer was chosen carefully."
"I’ve been spending time with government officials,you know."
"I want to see it run."
"I assumed you would."
The heavy-tank section was broader but contained nothing recognizable as a vehicle. Each major system occupied its own test rig, failing independently before anyone asked them to fail together. A huge suspension assembly held stacks of ballast over reinforced wheels. A recoil cradle filled another bay. Thick track links rested on lifting frames. A large turret-ring segment sat under a precision measurement arm. Near the centre, an engine housing rose on scaffolding with the imposing scale of something that had not yet decided whether to work.
Lucien stopped beside it. "The scale is already unpleasant."
"That’s before the armor."
Fifty-five to seventy tons. Eleven-hundred to thirteen-hundred horsepower equivalent. A hundred-and-twenty-five to hundred-and-forty millimetre or larger main gun. Six crew. Forty to forty-five rounds. Heavy armor. Reliable tracks. A suspension capable of repeated recoil and steep ground.
On paper: a vehicle that dominated a local battlefield. In this hall:the reality was this vehicle could not yet dominate even a factory floor.
The engine problem alone branched two directions. Linked mana cores could reach the required output faster, but synchronization, interference, and the risk of one core dragging another into failure made the engineering treacherous. A single larger core was cleaner, but harder to manufacture, harder to cool, harder to regulate, and more catastrophic to lose.
Both paths continued. One team chased near-term reliability. The other chased the better long-term answer. Neither had yet earned priority.
The transmission could handle gradual turns under the heavy tank’s projected mass. Rapid corrections broke it. A cracked final-drive casing sat on the inspection table — "Third hard steering input," Ironbreaker said, with the tone of a man reading a charge sheet. The entire load path was wrong. Repairable in the part. Not in the design.
The main gun had already fired from a fixed mount. A hundred-and-thirty-millimetre test weapon could destroy what it needed to destroy. Moving it into a rotating turret was where the physics became personal: the recoil system was too long to fit alongside a crew with room to function, too short to use without letting the force rise to dangerous levels.
"The ring can carry the gun," Ironbreaker said.
"And the turret armor?"
"No."
"So enlarge the ring."
"Then enlarge the hull."
"Increase the weight."
"Increase the engine requirement."
"And the suspension load."
Ironbreaker looked at him steadily. "You have understood the programme."
"It’s a circle."
"Yes,one things demands the other and it keeps going."
The ammunition racks were their own trap. Forty-five rounds fit — barely, in a layout that had already removed one loader, reduced side protection, and expanded the turret in turn. Lucien looked at the mock-up interior and then at Ironbreaker. "You prepared those answers before I asked."
"I wanted you to experience the process."
"I feel enriched after seeing everything."
The armor team had produced one exceptional plate. It survived direct impact and magical stress better than anything of comparable weight, and Lucien ran a hand across its surface with genuine interest. "This one?"
"Excellent."
"Can Ironhold reproduce it?"
"No."
"Then it’s a laboratory achievement."
Ironbreaker listed what followed: heavier, then flawed near one edge, then meeting minimum standards, then warped during cooling. The sixth was still cooling. A battlefield vehicle couldn’t wait for exceptional conditions. Ironhold had to produce armor on schedule, repair it in field workshops, replace damaged sections without summoning master smiths from Titanworks. The heavy tank didn’t just demand better materials. It demanded a mature armored industry — one that, by any honest measure, hadn’t been built yet.
Beyond the factory waited everything else: railcars rated for the weight, bridges capable of supporting it, recovery vehicles strong enough to tow it, cranes built around the turret’s dimensions, workshops large enough to service the hull, ammunition carriers capable of handling shells that size.
"A tank that can’t reach the battlefield," Lucien said, "isn’t a battlefield dominator."
Ironbreaker nodded. "I know but there is nothing much,i could do either."
"How far from a complete chassis?"
"Far enough that assembling one now would waste the material."
"Suspension first, then?"
"Suspension, engine architecture, transmission path, track design, recoil geometry. The hull gets shaped around systems that have proved they can exist."
"Reasonable."
"I’m pleased the truth has survived inspection."
The super-heavy section was quieter than the others. Also more honest about where it stood.
No hull skeleton. No turret layout. No chassis. A track plate wider than a dining table rested on a reinforced stand. A structural beam had twisted under a load rig and been left there, presumably as a reminder. Oversized bearing housings sat unfinished on a bench. An engine-core containment ring stood against the far wall large enough for a man to crouch inside comfortably.
Lucien looked around. "This is the active programme?"
"Active doesn’t mean close."
"What does it mean?"
"That we’re learning exactly why building the complete vehicle now would be an act of industrial self-harm."
The super-heavy had no immediate production target. Its intended purpose was different in kind from the others — major fortifications, giant monsters, extreme magical defenses, siege breakthroughs, threats capable of surviving weapons that would handle anything else. For now, the programme developed only the technologies such a vehicle would eventually require: extreme-load tracks, oversized engines, structural reinforcement for enormous hulls, ultra-heavy suspension, large-calibre weapon mounting, and armor containing more magical material than either of the other two branches combined.
The track problem illustrated the basic difficulty. The vehicle’s weight demanded broad tracks to distribute ground pressure. Broad tracks increased steering resistance, transport width, component weight, and repair complexity. Narrower tracks made transport possible but let the vehicle sink into anything softer than packed earth.
"Can it cross mud?" Lucien asked.
"Not convincingly."
"Roads?"
"Most."
"Bridges?"
Ironbreaker looked at him. "Some bridges already object to Warhound."
"Then that’s a no."
"The answer is that the bridge becomes part of the development programme."
The hull structure created problems before armor was added. A frame large enough to carry the vehicle could twist under its own mass on uneven ground. Reinforcement added weight, which demanded more reinforcement. Standard welding methods might not survive the repeated flexing.
The weapon was largely theoretical. A cannon large enough to justify the machine would generate recoil capable of damaging the turret, overloading the suspension, or shifting the entire vehicle during fire.
"Fixed gun?" Lucien asked.
"Possible."
"That removes the turret."
"And forces the hull to aim."
"Worsening steering."
"And track wear and ground disturbance."
Ironbreaker’s voice was dry. "The machine has found several ways to resist becoming practical."
The rare-material estimate was worse than everything else. One super-heavy vehicle would consume advanced magical metals at a scale that could starve other projects — resources useful for many medium tanks, commando suits, aircraft, ships, or artillery pieces diverted to a single chassis.
"Has Aurethar seen the estimate?" Lucien asked.
"No."
"Why not?"
"I intend to live."
"He might contribute."
"He might calculate how much of his hoard we intend to convert into suspension pins."
"We’re not using Starforged Adamant for suspension pins."
"Excellent. I’ll lead the conversation with that."
The infrastructure didn’t exist either. Specialized rail transport. Reinforced routes. Dedicated recovery machines. Massive workshops. Cranes built around its dimensions. Ammunition carriers, because the shells would need mechanical handling just to move.
Lucien stopped beside the oversized core ring. "Why continue at all?"
"Because the problems are useful." Ironbreaker pointed at the twisted structural beam. "That research may improve the heavy tank’s hull. The track metallurgy applies to both other programmes. The engine-control work feeds into ships, locomotives, industrial machines. The recoil studies support heavy artillery."
"The programme earns its place by feeding the others."
"For now."
"No full prototype."
Ironbreaker waited, reading what was coming.
"Continue only where the research supports the medium or heavy branches. A complete super-heavy chassis is unauthorized until the heavy-tank foundation is reliable."
"You think someone would start one without permission?"
Lucien looked at him.
Ironbreaker sighed. "You’ve met engineers."
"I have."
"Fair."
They returned to the centre of the factory.
Three programmes, one building, three entirely different stages. The medium tank was becoming an integrated development platform. The heavy tank was still broken into isolated systems because the foundation wasn’t strong enough to combine them. The super-heavy was a research branch whose most valuable products might never become parts of the vehicle itself — a situation that was philosophically interesting if you weren’t paying for it.
"Priority order," Lucien said.
Ironbreaker answered immediately. "Medium tank. It’s the vehicle we can actually field in useful numbers." He paused. "Heavy-tank technology second. The complete vehicle comes when its engine, transmission, suspension, tracks, armor, and recoil system stop trying to destroy one another simultaneously." Another pause. "Super-heavy: restricted research. Only work that strengthens the other branches or produces technology with broader value."
"That was already the practical priority."
"Now nobody can argue otherwise."
"They can still argue."
"They can’t redirect resources. That’s less enjoyable for them."
A bell rang from the test lane.
Workers cleared the track path. The weighted turret frame remained fixed while the ballast simulated the planned combat load. The driver climbed in and checked the controls. The temporary engine woke with a deep, heavy pulse that moved through the floor rather than the air — nothing like Warhound’s sharper note, which had always sounded like a machine eager to move. This one sounded like something that had considered its options and decided movement was worth attempting.
The tracks rolled.
The chassis advanced along the lane. Suspension compressed under the ballast. The two sides responded differently over the first raised obstacle, swaying slightly before settling. Ironbreaker watched the road wheels. The chassis crossed uneven ground without losing a track link or bending a support arm. Above it, the weighted turret frame rotated, lagged, overcorrected, and settled into something that might generously be called stable.
"Turret response is poor," Lucien said.
"Very."
The chassis reached the end of the lane, slowed, and began a tight turn. Inner track reduced speed, outer track pulled harder. The hull rotated.
A dull knock started beneath the rear compartment.
Ironbreaker’s expression changed.
The driver continued. The knock sharpened into a hard, regular impact.
"Stop!"
The engine cut. The chassis settled partway through the turn, trailing coolant vapor and heat haze. The inspection crew moved in. Inside the rear compartment, one coupling had shifted under torque. Housing intact. Gear teeth deforming.
Lucien climbed up beside Ironbreaker. "Expected?"
"One of the expected failures."
"Acceptable?"
"None of them are."
"Is it recoverable?"
"If not, the crew would be removing the entire chassis, not one transmission."
The test had lasted minutes. It had revealed more than another week of isolated calculations would have.
The chassis carried the weight. The suspension held without collapse. The chassis crossed rough ground. The turret rotated, badly. The transmission showed exactly where low-speed turning concentrated its load into something destructive.
"This is why you built the chassis before the systems were finished," Lucien said.
"We needed somewhere for unfinished systems to fail together."
Workers were already rolling forward a second transmission assembly — different gear arrangement, added reinforcement around the coupling, revised final-drive geometry. Three more sat covered beside the bench.
Lucien looked at them, then at Ironbreaker. "You prepared replacements before this one failed."
"No choices."
Work resumed across the factory without ceremony. The heavy suspension rig began another load cycle. Engineers adjusted the recoil cradle. In the super-heavy section, two metallurgists marked the exact point where the structural beam had first begun to distort — less a repair and more an annotation.
Ironbreaker stood beside the open medium chassis. "Which one do you want finished first?"
Lucien watched the replacement transmission being lowered into place. "The one we can build more than once."
"The first prototype may be slow."
"And unreliable"
Lucien looked at the damaged gears lying on the inspection bench, then at the replacement being fitted, then at the three more waiting behind it. "Only until we understand every reason it fails."
Ironbreaker was quiet for a moment. "That may take longer than either of us wants."
"We have less than three years before the breach."
"Not much time to lose."
"No. Which is why we can’t spend it building the most impressive failure."
The medium development chassis waited with its engine compartment open, the second transmission settling into place.
The heavy tank waited in separate rigs, unfinished engines, and damaged plates lined up against the wall like evidence.
The super-heavy tank waited in calculations, a twisted beam, and questions that Elarion’s industry wasn’t yet equipped to answer.
All three programmes were moving.
Only one had begun leaving tracks.
