**Sebastian's Log, Supplemental**
**Ironclad Engineering Annex recording**
**10 hours 3 minutes to Black Fleet Landfall**
**Late afternoon**
Steel dreams take root.
Mana meets current.
Roads bridge two worlds.
The VS-44 Wyvern touched down on the landing pad at Shire Base with a low whine of its tilting nacelles. Amir stepped off the ramp first, followed by a small team of Discovery engineers carrying design pads and diagnostic tools. Their mission was clear: design and build earth movers capable of carving a viable road from Shire Valley down through the mountains toward Roth Vale.
Sebastian was already waiting at the edge of the pad, his eyes lighting up with the unmistakable spark of a fellow inventor the moment he saw the group. The two men locked gazes and, without a word, recognized kindred spirits. "You must be Amir," Sebastian said, extending a hand with genuine warmth. "The one who knows how to make metal move mountains. I've heard stories."
Amir clasped the offered hand firmly, a rare smile breaking through his usually reserved demeanor. "And you are Sebastian—the man who built the Ironclad with nothing but mana and will. I've seen the schematics. Impressive work." They walked together toward the engineering annex, a spacious workspace where holographic projectors stood alongside physical drafting tables and the base's fabrication-grade metal printers hummed softly in the background. Once inside, Amir pulled up the colony package inventory on a large display, then switched to the Discovery archives.
"Reference model: Atlas E-900 Electric Bulldozer," he explained. "Quad-drive chassis, reinforced undercarriage, variable-angle hydraulic plow. We adapt the frame here using the fabrication printers and the hydraulic components already in stock." The holographic Atlas E-900 rotated above the table. Amir's team leaned in, but their expressions quickly turned cautious. "Conventional electric motors with high-capacity batteries," one engineer noted. "We'd have to manufacture the cells here—full chemical processes for lithium compounds, fuel cell stacks for backup. It's doable, but time-consuming. Scaling production for even one heavy unit could take weeks."
Sebastian frowned, tilting his head. "Batteries? What are those? Some kind of storage vessel for power?" Amir nodded patiently. "They hold electrical energy chemically so the motors can draw from them steadily. Without enough batteries, the machine would run out of power halfway up a slope. We'd need to set up entire production lines—refining raw materials, mixing electrolytes, sealing cells. It's slow and resource-heavy." Sebastian's brow furrowed deeper as he tried to picture it. "So… you trap the lightning inside little boxes? Like mana in a crystal, but without the runes to guide it? That sounds… wasteful. And slow to make."
Amir gave a small shrug. "It is what we know. The conventional way." Sebastian leaned forward, eyes brightening with sudden insight. "Then we don't need them at all. On the Ironclad I built mana-driven motors that pull power directly from a Mana Core. The core is a lattice of rune-etched crystals grown in a stable Aether field. When a will—mine or a tuned operator's—flows through the runes, it moves the shaft in the direction of the mana flow. I don't understand the deep theory behind your lightning, but I know energy. The runes act like living circuits. They draw ambient Aether and turn it into steady motion. No little boxes needed. The flow self-regulates, and the machine never tires."
A.L.I.'s avatar materialized above the holo table, her green eyes bright with cascading code. "I am monitoring remotely. Based on Sebastian's descriptions, the mana induction system offers a hybrid solution. I propose we name the new core the Mana-Induction Power Core. It combines fusion baseline with rune-stabilized Aether conversion. Early simulations show efficiency increases of up to forty percent over conventional batteries. Electric-to-mana conversion could allow the power grid to charge a Mana Core directly. Experimental testing is required, but the potential is significant."
The three of them—Amir, Sebastian, and A.L.I.—worked side by side for hours. Amir explained the principles of hydraulic pressure and load distribution while Sebastian demonstrated how rune-etched crystals could convert mana into clean electrical power without the waste heat of traditional generators. A.L.I. ran real-time simulations, adjusting blade geometry and drive ratios on the fly as the holographic Atlas E-900 frame rotated above the table.
Sebastian's eyes gleamed as he watched the virtual bulldozer take shape. "Look at that—electric motors powered by both your electric technology and my mana cores. It will never run dry in these mountains. The blade can cut through granite and still leave the soil intact for replanting." Amir crossed his arms, impressed. "We'll fabricate the main chassis and plow here. The printers can handle the smaller components overnight. Once we have the first unit running, we can scale up." As the sun dipped lower, Sebastian tested a small mana-electric converter. A soft blue glow filled the workshop as the device hummed to life, feeding clean power into a miniature motor. "This… this changes everything," Sebastian murmured, voice filled with awe. Amir nodded, equally impressed. "Together, we might actually build something the Black Fleet will never see coming."
The dragon from the east had come.
But now two minds from different worlds forged a new path.
The green watched from the ridge.
The strangers designed tomorrow.
Two worlds were building the future together.