Click a row or its “Show” button to unfold the production chain down to raw materials, with a build-or-buy call at every step.
| # | Tier | Product | Inputs per cycle | Cycle | Cost/unitWhat one unit of the product costs to make: inputs for a full cycle divided by the cycle output. Per unit, so it lines up with the price column next to it. | Price | Margin | ISK/hourProfit of one cycle scaled to an hour. In planetary industry the bottleneck is cycle time and colony slots, not capital — so this is the number to sort by. | ISK/m³Profit per cubic metre of the product. The second bottleneck: what fits in the hauler. | Volume/d | Chain |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 1 | P4 |
|
6× Neocoms·6× Data Chips·6× High-Tech Transmitters | 1 ч | 1.61M | 2.04M | 17.8% | 308.7K | 6.2K | 8 025 | |
| 2 | P4 |
|
6× Camera Drones·6× Nuclear Reactors·6× Hermetic Membranes | 1 ч | 1.72M | 2.11M | 14.5% | 268.1K | 5.4K | 9 604 | |
| 3 | P4 |
|
6× Gel-Matrix Biopaste·6× Hazmat Detection Systems·6× Planetary Vehicles | 1 ч | 2.21M | 2.48M | 6.3% | 147.2K | 2.9K | 8 999 | |
| 4 | P4 |
|
6× Smartfab Units·40× Water·6× Vaccines | 1 ч | 1.00M | 1.24M | 10.8% | 120.7K | 2.4K | 6 752 | |
| 5 | P4 |
|
6× Supercomputers·6× Biotech Research Reports·6× Cryoprotectant Solution | 1 ч | 1.92M | 2.12M | 4.1% | 83.5K | 1.7K | 10 051 | |
| 6 | P4 |
|
6× Condensates·40× Bacteria·6× Robotics | 1 ч | 954.1K | 1.09M | 5.1% | 52.7K | 1.1K | 10 741 | |
| 7 | P3 |
|
10× Test Cultures·10× Synthetic Oil·10× Fertilizer | 1 ч | 101.2K | 123.9K | 15.5% | 50.0K | 5.6K | 132 737 | |
| 8 | P4 |
|
6× Industrial Explosives·40× Reactive Metals·6× Ukomi Superconductors | 1 ч | 880.1K | 994.2K | 3.0% | 29.4K | 587 | 7 636 | |
| 9 | P3 |
|
10× Polyaramids·10× Genetically Enhanced Livestock | 1 ч | 89.0K | 104.8K | 10.2% | 29.0K | 3.2K | 37 140 | |
| 10 | P3 |
|
10× Mechanical Parts·10× Consumer Electronics | 1 ч | 67.6K | 82.7K | 12.7% | 28.0K | 3.1K | 419 962 | |
| 11 | P3 |
|
10× Biocells·10× Nanites | 1 ч | 66.5K | 81.8K | 12.7% | 27.6K | 3.1K | 152 394 | |
| 12 | P3 |
|
10× Water-Cooled CPU·10× Transmitter | 1 ч | 72.7K | 85.8K | 11.0% | 25.6K | 2.8K | 100 013 | |
| 13 | P3 |
|
10× Oxides·10× Biocells·10× Superconductors | 1 ч | 110.8K | 125.4K | 5.0% | 18.0K | 2.0K | 138 624 | |
| 14 | P2 |
|
40× Oxidizing Compound·40× Industrial Fibers | 1 ч | 11.3K | 15.4K | 24.0% | 14.9K | 4.0K | 128 158 | |
| 15 | P2 |
|
40× Oxygen·40× Biomass | 1 ч | 10.8K | 14.3K | 20.1% | 12.0K | 3.2K | 448 608 | |
| 16 | P3 |
|
10× Supertensile Plastics·10× Test Cultures | 1 ч | 80.7K | 91.3K | 4.4% | 11.5K | 1.3K | 156 831 | |
| 17 | P2 |
|
40× Industrial Fibers·40× Silicon | 1 ч | 11.9K | 15.2K | 16.3% | 10.6K | 2.8K | 134 762 | |
| 18 | P2 |
|
40× Oxidizing Compound·40× Silicon | 1 ч | 11.8K | 15.0K | 16.4% | 10.5K | 2.8K | 141 446 | |
| 19 | P2 |
|
40× Reactive Metals·40× Toxic Metals | 1 ч | 7.4K | 10.3K | 20.2% | 8.6K | 2.3K | 472 654 | |
| 20 | P2 |
|
40× Bacteria·40× Biomass | 1 ч | 10.9K | 13.6K | 13.4% | 8.0K | 2.1K | 491 412 | |
| 21 | P2 |
|
40× Plasmoids·40× Water | 1 ч | 9.2K | 11.7K | 13.2% | 6.8K | 1.8K | 478 370 | |
| 22 | P2 |
|
40× Electrolytes·40× Water | 1 ч | 8.9K | 11.3K | 12.8% | 6.4K | 1.7K | 1 092 476 | |
| 23 | P2 |
|
40× Bacteria·40× Water | 1 ч | 7.8K | 9.9K | 11.5% | 5.1K | 1.4K | 717 925 | |
| 24 | P2 |
|
40× Precious Metals·40× Toxic Metals | 1 ч | 11.5K | 13.6K | 7.7% | 4.9K | 1.3K | 482 568 | |
| 25 | P2 |
|
40× Plasmoids·40× Chiral Structures | 1 ч | 12.1K | 14.2K | 6.8% | 4.5K | 1.2K | 460 012 | |
| 26 | P3 |
|
10× Synthetic Oil·10× Superconductors | 1 ч | 68.2K | 74.7K | 1.2% | 2.6K | 291 | 70 444 | |
| 27 | P1 |
|
3 000× Noble Metals |
30 м | 708 | 952 | 2.7% | 1.0K | 133 | 7 169 270 | |
| 28 | P2 |
|
40× Plasmoids·40× Electrolytes | 1 ч | 10.0K | 11.3K | 1.1% | 600 | 160 | 563 149 | |
| 29 | P2 |
|
40× Biofuels·40× Precious Metals | 1 ч | 10.3K | 11.5K | 1.0% | 556 | 148 | 537 040 | |
| 30 | P2 |
|
40× Bacteria·40× Reactive Metals | 1 ч | 7.4K | 8.5K | 1.0% | 410 | 109 | 732 836 | |
| 31 | P2 |
|
40× Proteins·40× Biofuels | 1 ч | 9.6K | 10.6K | -1.4% | -775 | -207 | 118 568 | |
| 32 | P2 |
|
40× Bacteria·40× Proteins | 1 ч | 10.8K | 11.7K | -1.7% | -1.0K | -276 | 271 306 | |
| 33 | P2 |
|
40× Oxidizing Compound·40× Oxygen | 1 ч | 9.3K | 10.1K | -3.2% | -1.7K | -445 | 346 676 | |
| 34 | P3 |
|
10× Fertilizer·10× Polytextiles | 1 ч | 64.1K | 69.0K | -1.2% | -2.6K | -286 | 5 797 | |
| 35 | P1 |
|
3 000× Carbon Compounds |
30 м | 225 | 335 | -20.6% | -3.5K | -459 | 4 579 695 | |
| 36 | P1 |
|
3 000× Non-CS Crystals |
30 м | 741 | 872 | -9.8% | -3.8K | -496 | 4 913 613 | |
| 37 | P1 |
|
3 000× Noble Gas |
30 м | 354 | 465 | -18.0% | -4.1K | -537 | 8 494 340 | |
| 38 | P1 |
|
3 000× Complex Organisms |
30 м | 758 | 866 | -10.8% | -4.2K | -549 | 3 348 616 | |
| 39 | P3 |
|
10× Construction Blocks·10× Miniature Electronics | 1 ч | 78.7K | 83.5K | -1.7% | -4.4K | -490 | 10 550 | |
| 40 | P2 |
|
40× Electrolytes·40× Oxygen | 1 ч | 8.6K | 8.8K | -9.7% | -4.7K | -1.3K | 394 703 | |
| 41 | P1 |
|
3 000× Reactive Gas |
30 м | 594 | 695 | -14.6% | -4.8K | -626 | 4 896 666 | |
| 42 | P2 |
|
40× Reactive Metals·40× Water | 1 ч | 7.6K | 7.6K | -11.5% | -4.9K | -1.3K | 241 569 | |
| 43 | P2 |
|
40× Chiral Structures·40× Silicon | 1 ч | 13.2K | 13.3K | -6.9% | -4.9K | -1.3K | 436 502 | |
| 44 | P1 |
|
3 000× Autotrophs |
30 м | 627 | 714 | -15.9% | -5.4K | -711 | 3 944 806 | |
| 45 | P1 |
|
3 000× Suspended Plasma |
30 м | 579 | 645 | -18.9% | -6.0K | -793 | 4 398 646 | |
| 46 | P1 |
|
3 000× Planktic Colonies |
30 м | 838 | 880 | -16.6% | -7.0K | -924 | 4 905 453 | |
| 47 | P1 |
|
3 000× Aqueous Liquids |
30 м | 476 | 500 | -27.0% | -7.4K | -972 | 8 096 755 | |
| 48 | P1 |
|
3 000× Base Metals |
30 м | 458 | 444 | -32.3% | -8.5K | -1.1K | 7 252 098 | |
| 49 | P1 |
|
3 000× Microorganisms |
30 м | 495 | 480 | -30.9% | -8.6K | -1.1K | 7 114 734 | |
| 50 | P2 |
|
40× Biofuels·40× Industrial Fibers | 1 ч | 8.4K | 7.6K | -20.0% | -9.5K | -2.5K | 148 145 | |
| 51 | P2 |
|
40× Reactive Metals·40× Precious Metals | 1 ч | 11.2K | 10.3K | -15.8% | -9.7K | -2.6K | 929 747 | |
| 52 | P3 |
|
10× Oxides·10× Coolant | 1 ч | 71.2K | 73.1K | -4.3% | -9.8K | -1.1K | 14 778 | |
| 53 | P1 |
|
3 000× Heavy Metals |
30 м | 510 | 480 | -34.0% | -9.9K | -1.3K | 5 380 914 | |
| 54 | P2 |
|
40× Toxic Metals·40× Chiral Structures | 1 ч | 10.8K | 10.0K | -16.8% | -10.1K | -2.7K | 478 958 | |
| 55 | P1 |
|
3 000× Ionic Solutions |
30 м | 684 | 609 | -32.3% | -11.6K | -1.5K | 4 204 840 | |
| 56 | P3 |
|
10× Supertensile Plastics·10× Microfiber Shielding | 1 ч | 98.4K | 100.6K | -4.0% | -12.5K | -1.4K | 21 048 | |
| 57 | P3 |
|
10× Water-Cooled CPU·10× Coolant·10× Consumer Electronics | 1 ч | 96.2K | 97.3K | -5.1% | -15.6K | -1.7K | 13 115 | |
| 58 | P1 |
|
3 000× Felsic Magma |
30 м | 952 | 776 | -33.5% | -15.6K | -2.1K | 3 938 445 | |
| 59 | P3 |
|
10× Nanites·10× Livestock·10× Construction Blocks | 1 ч | 97.7K | 99.2K | -5.3% | -16.6K | -1.8K | 5 890 | |
| 60 | P3 |
|
10× Enriched Uranium·10× Microfiber Shielding | 1 ч | 95.9K | 96.9K | -5.9% | -18.1K | -2.0K | 13 799 | |
| 61 | P3 |
|
10× Livestock·10× Viral Agent | 1 ч | 80.6K | 80.1K | -7.3% | -18.9K | -2.1K | 6 193 | |
| 62 | P2 |
|
40× Proteins·40× Biomass | 1 ч | 14.0K | 11.3K | -25.4% | -19.2K | -5.1K | 152 099 | |
| 63 | P3 |
|
10× Polytextiles·10× Viral Agent·10× Transmitter | 1 ч | 118.0K | 118.9K | -5.7% | -21.7K | -2.4K | 5 292 | |
| 64 | P3 |
|
10× Silicate Glass·10× Rocket Fuel | 1 ч | 87.7K | 84.9K | -9.0% | -25.3K | -2.8K | 10 193 | |
| 65 | P3 |
|
10× Supertensile Plastics·10× Mechanical Parts·10× Miniature Electronics | 1 ч | 126.5K | 123.4K | -6.4% | -25.4K | -2.8K | 11 327 | |
| 66 | P3 |
|
10× Biocells·10× Silicate Glass | 1 ч | 88.2K | 79.0K | -15.7% | -44.1K | -4.9K | 11 006 | |
| 67 | P3 |
|
10× Polyaramids·10× Transmitter | 1 ч | 98.8K | 88.5K | -15.6% | -49.1K | -5.5K | 9 817 | |
| 68 | P4 |
|
6× Synthetic Synapses·6× Guidance Systems·6× Transcranial Microcontrollers | 1 ч | 1.55M | 1.55M | -6.8% | -113.1K | -2.3K | 3 887 |
Every row is one planetary industry schematic: what the factory consumes per cycle and what it produces. Input cost and price come from live orders at the selected hub, so the margin is what the market pays right now, not a textbook number.
If you are setting up a colony for the first time, the planetary industry guide explains how the tiers chain together and where customs tax and freight come from.
Click any row, or its “Show” button, to unfold the production chain: every step down to raw materials, with a build-or-buy call at each node from current hub prices. The table itself only shows the first level of a recipe — for a P4 product that is three branches three levels deep, and looking each one up by hand meant thirteen separate rows.
Sort by ISK/hour when you are choosing what to run in a colony: slots and cycle time are the real constraint, and a fat margin on a slow schematic loses to a thin margin that cycles four times as often. Sort by ISK/m³ when the hauler is the constraint — that is the number that decides what is worth flying out.
Margin already includes customs on export, customs on imported inputs and freight at the rates shown above. A dash means the hub has no price for the product or for one of its inputs, so the profit cannot be computed honestly.