1 Alsidigt stel / 1 Riffelammunition / 1 Stødsømmagasin / 1 Iodine-Infused Filter / Production planner / [SCIM] Satisfactory - Calculator | Gaming Tool/Wiki/Database to empower the players.

Enter the number you wish to produce per minute, the calculator will try to find a possible solution to provide a valid production chain.
You can drag the network graph with the mouse, zoom in/out with the mouse wheel.

Absorbs radioactive particles when used with the Hazmat Suit.

Iodine-Infused Filter

Stunner målet ved stød, bedøver det i kort tid.<br /><br />Stun varighed: 5 sekunder

Stødsømmagasin

Standard riffelmagasin, brugbar til at fastslå dominans.

Riffelammunition

Projekt del #2. Send via rumelevatoren for at fuldføre faser af projekt

Alsidigt stel

Projekt del #6. Send via rumelevatoren for at fuldføre faser af projekt

Dette ekstremt hurtige og præcise computersystem er specielt designet til at styre Projekt Montage: Monteringsfasen." data-hover="tooltip" style="width: 64px;" />

Montagestyringssystem

Projekt del #7. Send via rumelevatoren for at fuldføre faser af projekt

These modular generators use superconducting magnets and vast amounts of electricity to produce a powerful and easily expandable magnetic field." data-hover="tooltip" style="width: 64px;" />

Magnetfeltgenerator

Projekt del #8. Send via rumelevatoren for at fuldføre faser af projekt

Uses extreme heat to produce the high-pressure plasma required to get Project Assembly into motion." data-hover="tooltip" style="width: 64px;" />

Termisk fremdriftsraket

Projekt del #9. Send via rumelevatoren for at fuldføre faser af projekt

Strømforbrug: 500-1500 MW (1000 MW i gennemsnit).

Nuklear pasta er ekstremt tæt, degenereret stof, dannet når ekstremt tryk tvinger protoner og elektroner sammen til neutroner. Det er teoretiseret at eksistere naturligt i skorpen af neutronstjerner." data-hover="tooltip" style="width: 64px;" />

Atompasta

Projekt del #10. Send via rumelevatoren for at fuldføre faser af projekt

Years ahead of the competition, this top-of-the-line 3D printer is used for the production of synthetic biological resources." data-hover="tooltip" style="width: 64px;" />

Biochemical Sculptor

Projekt del #11. Send via rumelevatoren for at fuldføre faser af projekt

Power Usage: 1000-2000 MW (1500 MW average).

A large amount of force is required for the Warp Drives to activate, so sticking them to rockets was the logical next step. Additionally, results improved immensely when the observers were further removed from the Warp Drives upon activation." data-hover="tooltip" style="width: 64px;" />

Ballistic Warp Drive

Projekt del #12. Send via rumelevatoren for at fuldføre faser af projekt

Power Usage: 1500-2500 MW (2000 MW average).

Growth is the metric by which we measure success." data-hover="tooltip" style="width: 64px;" />

AI Expansion Server

Projekt del #6. Send via rumelevatoren for at fuldføre faser af projekt

Dette ekstremt hurtige og præcise computersystem er specielt designet til at styre Projekt Montage: Monteringsfasen." data-hover="tooltip" style="width: 64px;" />

Montagestyringssystem

Projekt del #7. Send via rumelevatoren for at fuldføre faser af projekt

These modular generators use superconducting magnets and vast amounts of electricity to produce a powerful and easily expandable magnetic field." data-hover="tooltip" style="width: 64px;" />

Magnetfeltgenerator

Projekt del #8. Send via rumelevatoren for at fuldføre faser af projekt

Uses extreme heat to produce the high-pressure plasma required to get Project Assembly into motion." data-hover="tooltip" style="width: 64px;" />

Termisk fremdriftsraket

Projekt del #9. Send via rumelevatoren for at fuldføre faser af projekt

Strømforbrug: 500-1500 MW (1000 MW i gennemsnit).

Nuklear pasta er ekstremt tæt, degenereret stof, dannet når ekstremt tryk tvinger protoner og elektroner sammen til neutroner. Det er teoretiseret at eksistere naturligt i skorpen af neutronstjerner." data-hover="tooltip" style="width: 64px;" />

Atompasta

Projekt del #10. Send via rumelevatoren for at fuldføre faser af projekt

Years ahead of the competition, this top-of-the-line 3D printer is used for the production of synthetic biological resources." data-hover="tooltip" style="width: 64px;" />

Biochemical Sculptor

Projekt del #11. Send via rumelevatoren for at fuldføre faser af projekt

Power Usage: 1000-2000 MW (1500 MW average).

A large amount of force is required for the Warp Drives to activate, so sticking them to rockets was the logical next step. Additionally, results improved immensely when the observers were further removed from the Warp Drives upon activation." data-hover="tooltip" style="width: 64px;" />

Ballistic Warp Drive

Projekt del #12. Send via rumelevatoren for at fuldføre faser af projekt

Power Usage: 1500-2500 MW (2000 MW average).

Growth is the metric by which we measure success." data-hover="tooltip" style="width: 64px;" />

AI Expansion Server

Graph direction

View mode

Alternative opskrifter

Purity and Speed

Ore extraction

Oil extraction

Water extraction

Gas extraction

Maximum belt speed

Maximum pipe speed

Overclocking (Experimental)

Available power shards

Allow miners overclocking?

Allow pumps overclocking?

Allow buildings overclocking?

Reuse buildings when possible

Implements splitters/mergers

Planner maximum level

Modifikationer

Power needed for this production: 0,00 MW