Cherreads

Chapter 470 - Restructuring

Compared to the massive Executor Heavy Tanks once fielded by the Iron Men, the Imperial Baneblade was an incredibly fragile and rudimentary creation in Axion's eyes.

With the quantum printing module inside his chassis operating flawlessly, the original Baneblade was rapidly atomized and reconstructed.

The newly manifested tank had been reduced in physical dimensions by nearly a third. Its hull now bore an exposed, dull metallic hue, with a matte armor coating designed to efficiently eliminate light reflection.

The atomic-level restructuring driven by the quantum printing arrays completely re-refined the hull plating, which had previously been formed through crude metallurgical smelting.

Having lost the baseline knowledge of ancient science, the contemporary Imperium still relied on primitive, regressive casting methods. Compared to the advanced metal-printing technologies of the Necrons, the psycho-plastic wraithbone weaving of the Aeldari, or even the highly standardized, automated fabrications of the T'au, Imperial manufacturing remained undeniably backward.

Though the baseline raw materials of the restructured hull had not been fundamentally altered, the molecular layout had been entirely reorganized at the atomic level. The resulting structural upgrade was as vast as the gulf between raw pig iron and hardened plasteel.

Countless trace impurities that the Imperium lacked the technology to purge were filtered out effortlessly. Simultaneously, the cavernous, ship-like internal layout was radically altered, with dozens of superfluous sub-compartments permanently deleted.

Axion could rationally comprehend the inclusion of a specialized life-support matrix, after all, organic soldiers required environmental regulation when operating in a vacuum or a toxic atmospheric theater.

But what was the logical imperative behind installing an on-board latrine, a galley, and crew quarters inside an active armored fighting vehicle? Why did these military assets feature so many meaningless chambers?

Pruning away these useless spaces also meant purging a massive number of redundant crew positions.

A standard Imperial Baneblade required a crew of ten to twelve men, with the vast majority of those personnel dedicated to operating the sprawling web of secondary weapon sponsors.

The original, volatile solid-munition magazines were eliminated entirely, replaced by a streamlined power-generation bay. Here, a compact arc reactor, reverse-engineered and upgraded from the Imperium's own erratic plasma reactor technology, took the place of the massive, cumbersome liquid fuel reservoirs.

While the Imperium's ancient engines were renowned for their dark-age capacity to burn nearly any combustible liquid, the newly installed arc reactor inherited the raw traits of pure plasma metaphysics: almost any known physical matter dropped into its core would be instantly fractured at the subatomic level and converted into raw energy.

Unlike the Imperial methodology, which occasionally descended into utilizing organic refuse as desperate fuel, the arc reactor could accept the battlefield remains of enemy combatants as reactants. In dire tactical scenarios, it could even consume salvaged armor fragments, shattered masonry, or discarded armaments to sustain its power output.

The clunky, mechanically bound drive-train was replaced by massive, high-efficiency electric drive units drawing power directly from the reactor core.

This total overhaul of the propulsion and energy systems allowed the iron leviathan to tear across open terrain at a blistering maximum velocity of one hundred and fifty kilometers per hour. Its wide chassis and massive tracks were engineered to flatten almost any physical obstacle in its path.

Furthermore, a cluster of localized anti-gravity dampeners could instantly counteract the war-engine's massive bulk, dropping its operational weight by nearly sixty tons at a moment's notice.

The vehicle's diverse weapon systems were modified just as drastically.

The towering omnidirectional turret was fitted with an advanced drive assembly, increasing its rotation speed by 50% over the original specifications. The short, stubby 150mm main battle cannon was replaced by an ultra-long-barrel railgun.

By transitioning the primary munition to dense, solid-metal kinetic slugs, the total ammunition capacity skyrocketed tenfold. Even when firing high-explosive payloads, the complete lack of a chemical propellant meant the shells consisted entirely of active warheads, drastically shrinking their individual storage profiles.

The hull-mounted autocannon was swapped for a focused plasma cannon.

This weapon belonged to the same architectural family as the archeotech plasma flintlocks occasionally recovered from ancient exploratory vaults. However, this variant was drastically upscaled, boasting extended effective range and a truly staggering energy consumption profile.

This focused plasma weapon possessed far greater armor-piercing lethality than the short autocannon it replaced, offering a devastating solution to hard targets and compensating for any lack of explosive saturation from the solid-slug railgun.

As for the six heavy bolters that had previously been scattered across the hull, they were completely dismantled. In their place, Axion installed four multi-barrel, rapid-fire lascannons.

These rapid-fire lascannon mounts were integrated into compact, omnidirectional turrets, allowing them to swiftly sweep infantry formations, tear through lightly armored transports, or provide localized anti-aircraft suppression if tactical parameters demanded it.

Given the Imperium's persistent reliance on biological wetware interface systems, the newly minted Baneblade required a mere five crewmen to achieve optimal combat efficiency, with a minimum operational threshold of a single soul.

The control architecture had been thoroughly dragged out of the dark ages, replacing the crude pull-levers and mechanical buttons with a semi-neural link system reminiscent of an Imperial Knight's Throne Mechanicum.

Naturally, the technical data feed explicitly noted that solitary operation would result in an exponential drop in processing efficiency, alongside a calculated probability of the operator's biological brain matter burning out from data overflow.

These interfaces were hardwired into five specialized life-support pods housed within the hull.

Upon entering through the primary upper hatch, the crewmen would step into individual restraint rigs, which would then smoothly lower and secure them into designated, isolated stations inside the chassis.

Each life-support pod was buried deep beneath layers of hyper-dense armored bulkheads, ensuring the survival of the crew up until the absolute, total catastrophic destruction of the tank itself.

The pods were designed to allow the crew to rest safely during long transits; under the influence of the semi-neural link, the automated system could instantly shock the crew back to full tactical alertness the moment a threat vector materialized.

In a worst-case scenario, the vehicle could even automatically eject the crew pods clear of the chassis before a reactor breach.

All remaining dead space was eliminated. The tank's extensive array of visual sensors and internal auspex matrices were completely repositioned, re-arranged to offer an unhindered, maximum field of view, and piped directly into the neural link data stream.

Every member of the crew now possessed an uninhibited, 360-degree awareness of everything within a multi-kilometer radius.

Axion had even written a specialized rendering algorithm that compiled data from the auspex's various scanning modes, such as thermal, electromagnetic, and seismic, and overlaid it directly onto the optical field of view as an augmented sensory stream.

This was not due to a lack of generosity on Axion's part, but rather a calculation of reality: without a quantum printing module or a nanite mother-machine, the hyper-precise, composite scanning equipment used by the Iron Men was something the modern Imperium was fundamentally incapable of replicating or maintaining.

Finally, the super-heavy tank was fitted with a modular directional shield generator. Given that the suite of high-energy weapons claimed the lion's share of the arc reactor's output, the shield system could not sustain a full-bubble void shield across the entire chassis.

Yet this was by no means a structural flaw.

The hyper-dense hull and advanced armor plating were more than capable of absorbing sustained fire from light and heavy ordnance alike; even the primary weapons of some Imperial Titans would struggle to punch through cleanly.

The modular directional shield generator could project a 120-degree deflection field in any vector around the chassis, providing more than enough deflection capability to turn aside the most devastating concentrated anti-armor fire.

Staring at the rebuilt, optimized Baneblade, every member of the Cult Mechanicus on the plaza fell into a profound, processing-locked silence.

From an external viewpoint, the silhouette of this new Baneblade had shrunk considerably, and its weapon configurations had been completely transformed into something utterly alien to their holy schematics.

While Valentine and his conclave were still struggling to calibrate their logic-cores, the mechanical construct controlled by Axion spoke, its synthesized tone tinged with a cold, programmatic regret.

"Technological updates and baseline optimization have been executed to the absolute threshold permitted without the integration of forbidden sapient architectures. Restrained by the absence of an autonomous machine intelligence, this vehicle requires organic crew assets to achieve active operation."

"As the nanite self-repair matrices demand continuous oversight from a sapient logic-node, this hull could not be outfitted with an automated battlefield-repair module. Combat efficiency has been throttled; logistical self-sustainment remains restricted. Comprehensive combat performance has only been elevated by 1,720%."

"Supplemental advisory: In the absence of autonomous machine logic assistance, the war-engine's active combat efficacy may exhibit pronounced performance fluctuations when encountering complex scenarios demanding high-speed kinetic evasion or rapid, multi-target counter-battery engagements."

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