LuV: nano line

Phase id: p11 · Era: LuV

Advanced boards and nano chips, the Nanoprocessor Mainframe, the LuV metals, PBI plastic, the Assembly Line parts, naquadah and LuV rotor holders for the turbines. Typical pace (community reports, not independent samples): players report about 7.5 days in LuV (median of 4 runs, range 2 to 17).

Advanced boards and nano chips

• Module key: plan:luvboards · step 60
• Chain: Advanced Circuit Board: epoxy plate + gold foil → advanced board → electrum foil + iron III chloride → 6 per Nanoprocessor Mainframe; also LuV chips: Nano CPU chip (CPU wafer + carbon fibers + molten glowstone) and NOR memory chip (phosphorus wafer)
• Uses: gtceu:epoxy_bucket, gtceu:sulfuric_acid_bucket, gtceu:iron_iii_chloride_bucket
• Makes: gtceu:epoxy_printed_circuit_board, gtceu:nano_cpu_chip, gtceu:nor_memory_chip
• Power: chemical reactor 30 EU/t (epoxy board)
• Watch out:
  • One Nanoprocessor Mainframe eats 6 advanced boards (48 gold foil, 48 electrum foil).
  • The NOR memory chip has no silicon recipe: it needs a phosphorus-doped wafer in the cleanroom (laser engraver, pink lens).
  • Raw carbon fibers: autoclave, 4 carbon dust + 36 mB polyethylene (an LV autoclave runs it).

LuV circuit (Nanoprocessor Mainframe)

• Module key: plan:luvcirc · step 61
• Chain: LuV circuit: Nanoprocessor Mainframe (nanoprocessor → assembly → supercomputer → mainframe, four EV Circuit Assemblers in the cleanroom); also What LuV circuits unlock first: IV Circuit Assembler (2 LuV circuits), IV Parallel Hatch (4), Large Circuit Assembling Facility
• Uses: gtceu:epoxy_printed_circuit_board, gtceu:nano_cpu_chip, gtceu:nor_memory_chip, gtceu:smd_resistor, gtceu:cleanroom
• Makes: gtceu:nano_processor_mainframe, gtceu:iv_circuit_assembler, gtceu:large_circuit_assembler
• Stock: gtceu:nano_processor_mainframe in 16
• Power: EV circuit assembler 600 EU/t, mainframe 1920 EU/t
• Watch out:
  • Four stages run in EV Circuit Assemblers inside the cleanroom: 600 EU/t is above the HV cap.
  • Each craft gives 2 circuits for the first two stages (harderCircuitRecipes is false).
  • One LuV circuit unlocks 2 + 4 = 6 uses (IV Circuit Assembler 2, IV Parallel Hatch 4): build 6 mainframes first.

LuV metals (RPP, ruridit, NbTi, HSS-S)

• Module key: plan:luvmetals · step 62
• Chain: LuV alloys: rhodium plated palladium (hull), ruridit (gears, rotor) and niobium titanium (cables, pipes), all IV Mixer → EBF 4500 K (RTM coils) → Vacuum Freezer; also HSS-S: HSS-G + iridium + osmium → EBF 5000 K (HSS-G coils) → Vacuum Freezer with liquid helium → the LuV component metal
• Uses: gtceu:palladium_dust, gtceu:rhodium_dust, gtceu:ruthenium_dust, gtceu:iridium_dust, gtceu:osmium_dust, gtceu:helium_bucket
• Makes: gtceu:rhodium_plated_palladium_ingot, gtceu:ruridit_ingot, gtceu:niobium_titanium_ingot, gtceu:hsss_ingot
• Power: rhodium plated palladium 7680 EU/t (IV hatch); the other two fit an EV hatch
• Watch out:
  • One EBF per alloy: rhodium plated palladium needs an IV Energy Hatch, the other two run on an EV hatch.
  • HSS-S blasts at 5000 K: HSS-G coils (5400 K); RTM coils (4500 K) cannot reach it.
  • Anything blasted at 5000 K or more freezes with 500 mB liquid helium per ingot.

PBI plastic (hull and bus plastic)

• Module key: plan:pbi · step 63
• Chain: Polybenzimidazole (PBI): chlorobenzene → dichlorobenzidine → diaminobenzidine + diphenyl isophthalate → PBI (the hull, bus and ASMD plastic)
• Uses: gtceu:sulfuric_acid_bucket, gtceu:chlorine_bucket, gtceu:benzene_bucket
• Makes: gtceu:polybenzimidazole_bucket
• Stock: gtceu:polybenzimidazole_bucket in 4 B
• Power: diphenyl isophthalate step: LCR 7680 EU/t
• Watch out:
  • PBI is the hull, bus and advanced SMD plastic from LuV to ZPM: make it before the LuV hull.
  • PBI = 1 B diaminobenzidine + 1 B diphenyl isophthalate.
  • Diphenyl isophthalate = 2 B phenol + 1 B sulfuric acid + 1 B phthalic acid (LCR, 100 ticks).

Assembly Line, LuV hull, hatch and components

• Module key: plan:luvmach · step 64
• Chain: Assembly Line: scan the IV part on a data stick, put it in a Data Access Hatch, one ULV bus per ingredient, IV energy hatch; also LuV Machine Hull: rhodium plated palladium casing + 2 niobium titanium cables (PPS foil + PVC foil + silicone rubber) + PBI, LuV Energy Input Hatch: IV 4A hatch gives the 30 720 EU/t, osmiridium → LuV voltage coil, Assembly Line recipe, LuV components 1: motor, piston, pump, conveyor module (Assembly Line, 30 s, 7680 EU/t, HSS-S + ruridit + niobium titanium + palladium wire), LuV components 2: robot arm, emitter, sensor, field generator (Assembly Line, 30 s, 7680 EU/t, LuV circuits, quantum stars, rhodium foil), Power Substation and Active Transformer: palladium substation casing, lapotron crystals, LuV circuits, UHPIC chips
• Uses: gtceu:iv_electric_motor, gtceu:iv_energy_input_hatch, gtceu:rhodium_plated_palladium_ingot, gtceu:niobium_titanium_ingot, gtceu:polybenzimidazole_bucket, gtceu:nano_processor_mainframe
• Makes: gtceu:assembly_line, gtceu:data_stick, gtceu:luv_machine_hull, gtceu:luv_energy_input_hatch, gtceu:luv_electric_motor, gtceu:luv_robot_arm, gtceu:luv_sensor, gtceu:luv_field_generator
• Stock: gtceu:luv_machine_hull in 8
• Power: Assembly Line 7680 EU/t per component (30 s)
• Watch out:
  • All LuV components are Assembly Line recipes in this pack: scan the IV part on a data stick (EV scanner, 90 s, 1920 EU/t).
  • LuV cables need PPS foil on top of the PVC foil and silicone rubber.
  • The LuV hatch needs an IV 4A hatch for its 30 720 EU/t. Unverified: read the 4A hatch tooltip.
  • Pack parts: HSS-S for the motor, ruridit for pump and piston, niobium titanium cables.
  • The Assembly Line itself is an IV craft (4 assembly line casings + 2 IV robot arms + 2 IV circuits + IV hull). The LuV hull does not need it; the LuV components do (600 ticks each, research by scanning the IV part).

Naquadah and PCB coolant

• Module key: plan:naquadah · step 65
• Chain: Naquadah: nether star shard + PCB coolant in the Dimensional Destabiliser → raw naquadah → ore line → dust → EBF 5000 K; byproducts by the fluoroantimonic acid line; also PCB coolant: benzene → biphenyl → polychlorinated biphenyl → mix with distilled water (HV machines)
• Uses: kubejs:nether_star_shard, gtceu:benzene_bucket, gtceu:oxygen_bucket, gtceu:chlorine_bucket
• Makes: gtceu:naquadah_dust, gtceu:naquadah_ingot, gtceu:pcb_coolant_bucket
• Power: Destabiliser controller: IV assembler 7680 EU/t
• Watch out:
  • 1 nether star shard + 8 B PCB coolant = 20 raw naquadah + 9.6 B hot coolant; the Vacuum Freezer returns 1000 mB cold per 1200 mB hot.
  • Shards are the limit: a nether star hammers into 5 shards = 100 raw naquadah.
  • Raw cost of 8 B coolant: 12 B benzene + 6 B oxygen, 24 B chlorine (acid returns) and 2 B distilled water.
  • Controller: LuV hull + 2 LuV circuits + 4 double pure netherite plates + 2 ruridit gears.
  • No other raw naquadah until Abydos naquadite. The Destabiliser recipe runs at 4 096 EU/t (IV hatch); the hot coolant goes to a Vacuum Freezer (512 EU/t, 140 ticks, 1 200 → 1 000 mB).

LuV power: turbines on LuV rotor holders

• Module key: plan:luvgen · step 66
• Chain: LuV power: Large Gas Turbine with a LuV rotor holder
• Uses: gtceu:luv_machine_hull, gtceu:luv_electric_motor, gtceu:hsss_ingot, gtceu:rhodium_plated_palladium_ingot, gtceu:polytetrafluoroethylene_bucket, gtceu:nitrobenzene_bucket, gtceu:gas_large_turbine
• Makes: gtceu:luv_rotor_holder
• Stock: gtceu:luv_rotor_holder in 2
• Power: about 4x the EV turbine output per turbine for about 3.2x the fuel (derived from the holder rule)
• Watch out:
  • Each rotor holder tier above the turbine doubles power for 1.8x fuel (pack quest; jar multiplier 2^(holder tier - controller tier)).
  • LuV rotor holder: LuV hull + 4 HSS-S gears + LuV motor + 4 small RPP gears + 6 HSS-S rounds + RPP ring + 288 mB PTFE, circuit 3.
  • Dragonsteel rotors are ZPM (EBF 7 100 K): not a LuV option. The Power Substation (luv_power, module luvmach) stores power, it does not make it.
  • Unverified the turbine base output, so the dynamo hatch tier: read the tooltip after the swap.