"Before everything else, getting ready is the secret of success."
— Henry Ford
They'd gotten maybe five hours of sleep. The hotel near the foundry wasn't fancy, but it was busy enough that nobody looked twice at a group of young people checking in at four in the morning. Emily had insisted they keep a low profile while the engineers talked shop, so she'd taken the others to explore the city's portal response efforts. Humanitarian work, she'd called it. Something useful that wouldn't attract too much attention.
Now it was mid-morning, and Luca sat across from Angelo while Ryan and Chris flanked him on either side. The folder sat on the desk between them, two inches thick, stuffed with spec sheets and diagrams. Ryan looked like he'd been waiting his whole life for this moment.
Angelo moved to the espresso machine in the corner. Luca was looking forward to this one. The coffee last night had been exceptional, rich and dark with that sharp anise bite from the sambuca.
Angelo poured espresso for all of them and settled into his chair. He pulled the folder toward him and opened it to the first page.
"Let's start with the heart of the operation," he said. "The five-axis CNC mill."
The spec sheet showed a compact machine, industrial gray, with a work envelope that Luca couldn't quite picture until he noticed the scale markers. Three meters by three meters by two meters. Big enough to shape just about anything they'd need to build.
"Precision rating of plus or minus one ten-thousandth of an inch," Angelo continued. "That's about two and a half microns for you metric types. This isn't hobby shop garbage. This is the same grade we use here, the same machines that cut parts at the Genesis Platform." He tapped the diagram. "Five-axis means it can approach a workpiece from any angle. Complex geometries, compound curves, internal features. If you can draw it, this thing can cut it."
Ryan was already scanning the numbers, his eyes moving across tolerances and feed rates with the hunger of someone who spoke this language fluently. Chris leaned in beside him, pointing at something on the page. Luca watched them and felt like he was sitting in on a conversation in a foreign language.
"What about materials?" Ryan asked. "Can it handle newer alloys?"
"Anything with a hardness below sixty-five Rockwell." Angelo flipped to a materials compatibility chart. "Standard metals, no problem. Titanium, steel, aluminum, copper alloys. Newer composites need specialized tooling, but I'm including a full set with the package. The exotic stuff from portal delves?" He shrugged. "You'll have to test it, but the spindle motor has enough torque to handle most crystalline structures."
"So if something breaks on the ship, we can make the replacement," Luca said. He was starting to see how this connected to yesterday's conversation. Insurance, not dominance.
"Exactly." Angelo nodded. "Something fails, you draw up the part, feed in the stock, and cut a replacement. No waiting for the System Store. No paying ten times the original cost."
Chris was studying the spec sheet. "What else pairs with it? You mentioned additive manufacturing yesterday."
Angelo nodded approvingly and flipped to the next section.
"Direct metal laser sintering printer. DMLS." The diagram showed a boxy unit with a sealed build chamber. "This is cutting-edge technology. Additive manufacturing using a high-powered laser to fuse metal powder layer by layer. Shapes that are impossible to cut. Internal channels, lattice structures, complex geometries that would take a week to machine."
"Can it print its own replacement parts?" Ryan asked.
"Some of them." Angelo's answer was honest. "The laser assembly is proprietary, and the calibration optics need components you can't fabricate on-site. But I'm including a full set of spare laser heads and optical assemblies. Enough for years of heavy use. Everything else, the frame, the powder feed, the build platform, you can manufacture or repair with the mill."
"So they back each other up," Chris said.
"That's the idea. Printer makes the rough shape, mill does the finish work. Faster than either one alone, and you get the best of both processes."
"Power draw?" Ryan asked.
"The mill pulls about forty kilowatts at peak. Printer's closer to sixty during active builds." Angelo flipped to a power requirements page. "You'll want dedicated circuits. Voltage fluctuations will throw off the laser alignment."
Ryan was making notes on his tablet, sketching connection diagrams. Chris was doing the same on his own device.
Angelo turned to the next section. "Now, for the heavy work. You've got space on that ship, so I'm not giving you some all-in-one compromise unit. I'm giving you proper equipment."
He spread out several spec sheets, each showing a different machine.
"Hydraulic ironworker. Punches, shears, notches. Your go-to for structural steel work." He tapped the next sheet. "Press brake. Bends sheet metal up to quarter-inch steel. Rolling machine for curves and cylinders. Engine lathe for round stock. Shearing station for clean cuts. Induction furnace and crucibles to recycle broken parts back into usable stock."
Ryan's eyes were bright. Chris was grinning. Luca watched them geek out over the spec sheets and tried to remember why he'd thought bringing both engineers to this meeting was a good idea. At this rate, they'd want one of everything.
"Each one does its job better than any modular system could," Angelo continued. "Your damage control teams will live on these things. Hull patches, bracket repairs, emergency reinforcement. And your engineers get real tools to work with, not some fancy multi-purpose compromise."
"What about electronics?" Luca asked. "We're not just dealing with mechanical systems."
Angelo pulled out another set of sheets. "This is where it gets interesting. I'm setting you up with a proper electronics fabrication line."
He laid out the diagrams one by one. "Pick and place machine for surface mount components. Reflow oven for soldering. Wave soldering station for through-hole work. AOI system for automated optical inspection. Rework station for repairs."
"That's a full production line," Chris said, sounding impressed.
Luca nodded along, though he had no idea what half of these machines actually did. Pick and place? Reflow oven? It sounded like a restaurant kitchen. He was starting to wonder how much all of this was going to cost.
"Close to it. Plus testing equipment, oscilloscopes, spectrum analyzers, the works. You'll need a clean room environment, climate-controlled, positive pressure to keep out contaminants." Angelo tapped the layout diagram. "Your technicians can rebuild a fried control board from scratch. Fabricate custom circuits. Repair sensor arrays."
Ryan looked up from his tablet. "What about weapons? We're going to have combat teams. Energy rifles, vehicles, armor systems. All of it needs maintenance."
Angelo nodded and pulled out another section. "I talked to some contacts about this. You need two separate setups. Kinetic and energy weapons are completely different animals."
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He spread out the diagrams.
"Kinetic weapons first. Gunsmithing lathes, milling attachments, barrel blanking equipment. Trigger assembly jigs, stock fitting tools, bore scopes. Everything you need to maintain, repair, or rebuild conventional firearms from the ground up."
Luca's jaw tightened as Angelo kept naming strange yet interesting machinery. How much was all this going to cost? Should they be shopping around?
He flipped to the next set.
"Energy weapons are trickier. Focused alignment rigs, emitter calibration stations, and power cell testing equipment. Containment field generators for safe disassembly. Diagnostic scanners that can read System-grade components." He looked at Chris. "Your armorers will need training, but once they know the systems, they can keep your entire armory running. Kinetic and energy both."
Angelo flipped to another section. "Now. The reason your father actually called me."
Luca leaned forward. This was what they'd talked about last night, the security systems and access control that his father had originally called Angelo about.
"Ship security infrastructure," Angelo said. "Biometric locks, tiered access control, compartmentalization systems. Everything you need to control who goes where and who can override what."
He closed that section and pulled out a thick binder.
"Now this is where it adds up." He opened the binder to a hand-written ledger, columns of numbers in neat, careful script. "Core workstations and infrastructure, everything we just talked about. Seven point two million."
Luca kept his face neutral. Seven million for just the core equipment. And they hadn't even gotten to the weapons stuff yet.
"Power tools and machining equipment, another eight million." Angelo flipped the page. "Hand tools, portable stations, the stuff your teams take with them when they're working away from the main shop. Portable welders, diagnostic kits, the field equipment that keeps things running until you get back to the ship."
"Weapon, armor, and equipment maintenance, five and a half million." He tapped that section. "This is everything your combat teams need. Armor repair benches, weapon cleaning stations, the kinetic and energy maintenance setups we discussed. Plus calibration equipment for System gear. Energy weapons drift over time. Regular calibration keeps them accurate."
The numbers were adding up fast. Luca did the math in his head. They were already past twenty million and Angelo was still turning pages.
"Ship security and access control, two point eight million." Angelo tapped the section they'd discussed earlier. "Biometric systems, interlocks, the compartmentalization architecture. Not glamorous, but it'll save your life when someone makes a bad call."
"Spare parts and consumables, three and a half million." Angelo looked up at them. "This is where most people cut corners, and this is where most people fail. You can have the best machines in the galaxy, but if you don't have stock to work with, they're just expensive furniture."
He flipped to an inventory list that covered three pages.
"Titanium bar stock in six different grades. Steel rod and sheet in a dozen alloys. Aluminum, copper wire, and composites. Specialty alloys for high-stress applications." His finger moved down the columns. "Cutting tools, grinding wheels, welding consumables. Metal powder for the DMLS printer. Electronic components, solder, flux. Enough to run the shop for six months without resupply."
"Six months," Luca repeated.
"Six months of normal operations," Angelo clarified. "Heavy production, less. Light maintenance, longer. After that, you're dependent on what you can extract and refine on-site. But six months gives you time to establish local supply chains."
Ryan set down his tablet. "Total cost?"
"Twenty-seven million, give or take." Angelo's rough voice was matter-of-fact. "Call it twenty-seven even with the extended consumables package, which I recommend."
Luca exhaled, biting the bullet. "Done."
Angelo raised an eyebrow. "You're not going to negotiate?"
"Would it work?"
"No." The hint of a smile crossed Angelo's weathered face. "But most people try anyway."
Ryan was already pulling up deck layouts on his tablet. "Deck 7's got the space. We can section it off properly. Precision machining bay in the aft section, near the cargo elevators for material loading. Metal fabrication forward, with the press brakes and lathes. Electronics clean room on the starboard side, isolated from the metalworking dust."
"Show me," Angelo said.
Ryan turned the tablet around. The Triumph's deck plan filled the screen, with potential workshop locations marked in yellow.
"The mill here." Ryan pointed. "Direct line to the cargo ramps that lead down from Deck 6. Printer adjacent, sharing the power feed. Heavy metalworking equipment along this wall, lathes and press brakes with room to move stock around."
Chris leaned in. "Electronics fabrication needs to be isolated. Separate HVAC, positive pressure, contamination control. We could put that in the forward section, away from the metalworking dust."
"What about the weapons maintenance?" Angelo asked.
"Deck 5," Chris said. "That's where the hangar and armory are. Weapons maintenance stays close to weapons storage. We've got space in the armory section for both setups."
Angelo studied the layout, his pipe forgotten in his hand. "What about vibration isolation? That mill throws off harmonics when it's cutting hard materials. You don't want that transmitting through your deck plating."
"Dampening mounts." Ryan pulled up another diagram. "Standard on Genesis installations. We can spec the same setup."
"Good." Angelo nodded slowly. "You're thinking about workflow. Most people just shove everything in one room and call it a workshop."
"We're hoping for thirty engineers and technicians," Luca said. "They need space to work without getting in each other's way."
"Speaking of which." Angelo set down his pipe and pulled out another document, flipping to a diagram showing the mill's critical components. "These six assemblies are your vulnerability. Spindle bearings, linear guides, ball screws, servo motors, controller boards, and the tool changer mechanism."
"So we carry spares," Luca said.
"You carry spares," Angelo confirmed. "Two complete sets of each critical assembly. That's included in the consumables budget. But here's the thing." He tapped the diagram. "Your lathe can rough-cut bearing races in an emergency. Your printer can make servo motor housings. Your electronics line can repair controller boards."
"Layered redundancy," Ryan said. His eyes were bright now, seeing the pattern. "Each system can partially cover for the others."
"Exactly." Angelo's smile was genuine. "You're never going to match the precision of a proper machine shop with field repairs. But you don't need to. You just need to keep things running until you can do the job right."
He pulled out one more document.
"This is the failure cascade analysis. Every critical system, every point of failure, every backup option." The document was dense with flowcharts and decision trees. "If the mill fails, you do this. If the printer fails, you do that. If both fail at the same time, here's your emergency procedure."
Ryan and Chris both reached for the document. Ryan got there first, but he held it so Chris could see.
"I put this together after your father called," Angelo said. "Figured you'd need it. Four light-years from Earth, you can't afford to learn this stuff the hard way."
Luca looked at the stack of papers and binders spread across the desk. Equipment specs, power requirements, deck layouts, redundancy plans. Everything they needed to keep their crew alive and working for years without Earth's help.
"Delivery timeline," he said. "When can you have this ready?"
"The mill and printer, six weeks. They're complex units, need proper testing before they ship." Angelo relit his pipe, puffing until the tobacco caught. "The heavy equipment, I'll source from my network. Press brakes, lathes, that kind of thing. Two months, maybe less. Electronics fabrication line, similar timeline. The smaller equipment, faster. Most of that's off-the-shelf."
"We're leaving in June," Luca said. "That's four months."
"Doable." Angelo blew a stream of sweet smoke toward the ceiling. "Tight, but doable. I'll coordinate with your father's team at Genesis. They can handle the installation once everything ships to Sandworth. I'll consult on the layout, make sure the workflow makes sense."
Ryan and Chris were both making notes now, styluses flying across their tablets as they worked through power distribution, floor load ratings, and ventilation requirements. The practical details that turned a pile of equipment into a functioning workshop.
"Remember," Angelo said, fixing Luca with a steady look. "Insurance, not dominance. The base of the pyramid. You're not trying to industrialize a planet with this equipment. You're trying to survive long enough to do it properly."
"We won't forget," Luca said.
Angelo nodded and started gathering the documents back into the folder. "Take this with you. Study it. Your engineers should know this material cold before you leave Sol." He handed the folder to Luca. "And tell your father I said hello. He owes me a bottle of grappa from the last time I bailed him out."
"I will."
They shook hands, Angelo's calloused grip firm against Luca's palm.
They walked out into the late morning light. The foundry was alive with activity, workers moving between stations, the clang of metal on metal echoing off the warehouse walls.
Ryan and Chris were both buried in their tablets, comparing notes and muttering about power conduits and deck reinforcement. Luca let them work. This was the kind of problem they were born to solve.
The crew was waiting by the SUV. Emily straightened when she saw them coming, her eyes going to the folder in Luca's hands.
"Good meeting?" she asked.
Luca felt the weight of the paper. It was heavy. He thought about ore and ingots, about machines that made machines. He thought about the difference between buying a solution and building one.
"Yeah," he said. "Really good."
They climbed into the SUV and pulled away from the foundry and toward the airport. Through the window, Luca watched the dark smoke of the forges fade into the Detroit morning.
"Twenty-seven million," Emily murmured, looking at the total on the ledger. "Angelo wasn't kidding about insurance."
"No," Luca said. "But out there? In the dark? This folder is worth more than the credits."
Luca rested his hand on Emily's knee. She covered it with her hand.