Em Hull Hardener Workshop
A compact production setup for electromagnetic hull hardening systems, combining shield matrix assembly with superconductor integration and circuit board population. The steady output reflects the precision required in Faraday cage winding.
Stats
| Level | 1 |
| Build Cost | 133,000 cr |
| Build Time | 110s |
| Labor | 7 |
| Power Draw | 1 |
| Life Support Draw | 1 |
Upgrade Path
Recipe
| Output | Build EM Hull Hardener |
| Crafting Time | 24s |
Recipe Inputs
| Item | Quantity |
|---|---|
| Circuit Board | 3 |
| Hull Plating | 1 |
| Superconductor | 1 |
Recipe Outputs
| Item | Quantity |
|---|---|
| EM Hull Hardener | 1 |
Build Materials
| Material | Quantity |
|---|---|
| Steel Plate | 300 |
| Copper Piping | 150 |
| Control Node | 50 |
| Shield Emitter | 50 |
| Shield Matrix | 50 |
Construction
| Base Material | Quantity |
|---|---|
| Aluminum Ore | 300 |
| Argon Gas | 100 |
| Carbon Ore | 600 |
| Copper Ore | 650 |
| Energy Crystal | 200 |
| Fluorine Gas | 150 |
| Gold Ore | 300 |
| Iridium Ore | 100 |
| Iron Ore | 900 |
| Nickel Ore | 100 |
| Palladium Ore | 250 |
| Silicon Ore | 350 |
| Silver Ore | 900 |
| Titanium Ore | 150 |
| Tungsten Ore | 600 |
View JSON Data
[{"item_id":"aluminum_ore","quantity":300},{"item_id":"argon_gas","quantity":100},{"item_id":"carbon_ore","quantity":600},{"item_id":"copper_ore","quantity":650},{"item_id":"energy_crystal","quantity":200},{"item_id":"fluorine_gas","quantity":150},{"item_id":"gold_ore","quantity":300},{"item_id":"iridium_ore","quantity":100},{"item_id":"iron_ore","quantity":900},{"item_id":"nickel_ore","quantity":100},{"item_id":"palladium_ore","quantity":250},{"item_id":"silicon_ore","quantity":350},{"item_id":"silver_ore","quantity":900},{"item_id":"titanium_ore","quantity":150},{"item_id":"tungsten_ore","quantity":600}]