Chapter 777: Technological Pathway
Finally, he approached the middle console to examine the human equipment.
The wreckage of the CMC powered armor was first placed on the scanning bed. The three-dimensional imaging system rapidly constructed a complete structural model of the armor.
The design philosophy of this powered armor exhibited significant differences from the technological pathways of the Adeptus Mechanicus and even the mainstream Imperium.
The power armor of the Adeptus Astartes had its design and manufacturing roots deeply embedded in the Dark Age of Technology during humanity's Golden Age. Its core materials, neural interface systems, and energy transmission technologies all involved highly complex and virtually irreplicable ancient mysteries.
The composite armor materials used—ceramite, plasteel, and adamantium—were strategic resources in themselves. The integration of life support, fully sealed environmental combat capabilities, and the Black Carapace interface relied on forbidden knowledge and precision manufacturing processes that were nearly impossible to popularize on a massive scale.
All of this culminated in unparalleled protection and performance, but also resulted in astronomical costs and agonizingly long production cycles. Every single suit was a pinnacle product, poured full of immense resources and accumulated technological expertise.
In contrast, the design philosophy of the CMC powered armor before him clearly leaned toward pragmatism and the feasibility of mass production.
Ryo continued his analysis, evaluating the differences between it and the Imperium's existing systems, as well as its potential value.
"The outer shell utilizes a modular armor plate design with standardized connection points, facilitating the rapid replacement of damaged components," Ryo analyzed the scan data. "The interior consists of a metal skeleton, connected to the wearer's body via multi-point hydraulic and mechanical linkages."
"The power source is a cold fusion reactor in the chest, with an output sufficient to drive basic motion enhancement and complex internal systems."
He noted several key design features:
The multi-layered composite bearing design at the joints provided good protection while ensuring flexibility. The control system relied on direct mechanical feedback rather than neural interfacing; the soldier controlled it via joysticks inside the armor's arms.
The complexity of its integrated life support unit was quite high, containing complete air circulation, temperature regulation systems, and life-sustaining functions capable of keeping the wearer alive for days in non-resupplied environments.
"Speaking solely of the simplicity of its structural design and ease of production, it is superior to the Carapace Armour mass-issued to elite Imperial forces. It is closer to the concept of certain sealed hazard suits designed specifically for void combat recorded in the Standard Template Constructs," Ryo assessed. "Its material science itself is not outstanding, but this industrial design philosophy of highly integrating complex functions onto a platform capable of mass manufacturing holds analytical value."
What interested him the most was the logic of "mass producibility" reflected behind this armor.
Astartes power armor required master-crafted forging, sacred blessings, and genetic attunement with the wearer; every single suit was unique. The CMC powered armor, judging from its structure, could absolutely be mass-produced on an assembly line. Its components were universal, and maintenance was simple.
For the Imperium, which needed to arm millions or even tens of millions of Astra Militarum guardsmen, this held immeasurable value.
The current primary armors of the Astra Militarum were Carapace Armour and Flak Armour. The former offered better protection but was heavy and expensive; the latter was lightweight but offered limited protection. Neither possessed power assistance or a full suite of life support functions.
The "Iron Guard" power armor Ryo had previously designed was closer to a small mech, standing three to five meters tall, requiring the pilot to sit in a cockpit to operate it. While its firepower was immense, its cost was high and its production complex, making it unsuitable for mass deployment.
The CMC, a "wearable" comprehensive combat platform integrating basic protection, power assistance, all-environment life support, and combat support, filled a critical void. Its design goal was clearly to grant an ordinary soldier the bare minimum capital to survive and fight in any extreme environment in the universe within a short period.
"If I can combine the Imperium's material science and energy transmission technologies to optimize and upgrade this type of design, perhaps I could develop a practical piece of equipment suitable for elite Astra Militarum forces or special environmental combat," Ryo's logic core rapidly deduced possibilities.
But he also knew that relying solely on this set of wreckage was far from enough to complete a full technical analysis and reverse-engineering. He needed more samples, preferably complete and operational models, as well as relevant production blueprints or technical documentation.
Next, he examined the C-14 "Impaler" Gauss rifle. According to the scan data and acquired technical files, this rifle was the standard issue equipment of the Terran Marine Corps.
Its core principle was using electromagnetic coils to accelerate 8mm metallic "spikes" to supersonic speeds, emphasizing penetration against lightly armored targets.
The standard magazine capacity was two hundred rounds, and under theoretical conditions, its rate of fire could reach thirty rounds per second.
The most notable feature of its design was that it was not an independent weapon.
The gun body contained no internal power source. Its highly energy-consuming electromagnetic acceleration system relied entirely on a dedicated interface to draw power from the fusion reactor on the user's CMC powered armor.
Similarly, the recoil, which was sufficient to shatter the bones of an ordinary human, was completely offset and stabilized by the powered armor's servo systems.
This meant that without the accompanying powered armor, the efficacy of this weapon would be severely compromised.
Furthermore, its system allowed for rapid changing of ammunition types, compatible with a variety of specialized rounds, including U-238 depleted uranium armor-piercing rounds used to increase range, and hollow-point explosive rounds. It could also switch between burst and fully automatic modes via a capacitor regulation system to adapt to different combat needs.
"A proprietary weapon deeply tethered to the individual combat system," Ryo summarized. "Its design logic is clear and efficient: integrate a formidable electromagnetic projectile weapon, sustained energy, and posture stabilization capabilities entirely into the 'soldier-armor' whole."
"The technology itself is nothing special in isolation, but this highly systematized, standardized design philosophy, along with its optimized production convenience for mass deployment, is its truly noteworthy value."
He saved and archived all the scan data.
"Maintain the live Zerg samples in stasis and transfer them to the long-term observation sequence. Focus on monitoring the stability of their foundational physiological structures and the performance of their genetic templates under extreme stasis conditions. Conduct energy extraction and regeneration rate measurement experiments on the crystal mineral samples, testing the efficiency curves of different catalytic and excitation methods," Ryo ordered. "Archive the human equipment—the Terran Dominion standard issue equipment scan and analysis data—under the 'Xenos Technology Analysis - Terran Dominion' category. Flag it as a high-priority project: 'Individual Combat Platform with Mass Deployment Potential.'"
The Tech-Priests executed the orders efficiently.
Ryo's main body left the laboratory and headed for the bridge.
Within his consciousness, various streams of technical data were cross-referencing and undergoing preliminary integration: the Swarm's extreme specialization and collective nature based on a biological network; the unique energy storage and regeneration characteristics of crystal minerals; the Terran Dominion's practical technological pathway built upon the core logic of "mass producibility"...
These information modules, so wildly divergent from the conventional understanding of the Warhammer universe, were gradually piecing together the unique technological and ecological tapestry of the Koprulu Sector.
Just as he was organizing this intelligence, a regular encrypted data stream arrived from the Meinhoff system, its summary automatically popping up on the main screen. The situational map clearly displayed that the scale and intensity of the infection outbreak were expanding rapidly, far exceeding conventional epidemic diffusion models.
At almost the exact same moment, a communication request from Valerie, flagged as "Emergency," flashed on the command interface.