Vintage Story Alloy Calculator
Calculate the exact metal units needed for your alloys.
Enter the total amount of molten metal units you want to create.
Visual breakdown of metal ratios.
What is a vintage story alloy calculator?
A vintage story alloy calculator is a specialized tool for players of the survival game Vintage Story. Alloying, the process of mixing different metals to create a stronger or more useful one, is a core mechanic for technological progression in the game. This calculator removes the guesswork from the process, providing the precise ratios of raw metal units needed to produce a specific alloy, like Tin Bronze or Black Bronze. By using a vintage story alloy calculator, players can conserve rare resources and ensure a successful smelt every time, which is critical for moving from the Copper Age to the Bronze Age and beyond.
Vintage Story Alloy Formula and Explanation
The formulas in Vintage Story are based on percentage ranges for each component metal. For optimal resource usage, players often aim for a specific ratio within the allowed range. The calculator determines the exact number of units for each metal based on your desired total output. The general formula is:
Required Units of Metal = Total Alloy Units × Percentage of Metal in Alloy
For example, to make Tin Bronze, which requires 88-92% Copper and 8-12% Tin, the calculator uses the most copper-efficient ratio to save on rarer Tin.
Alloy Composition Variables
| Variable | Meaning | Unit | Typical Range (per 100 units) |
|---|---|---|---|
| Copper (Cu) | The primary metal for most early-game alloys. | Units | 50-92 |
| Tin (Sn) | Mixed with Copper to create Tin Bronze. | Units | 8-12 |
| Bismuth (Bi) | A component of Bismuth Bronze. | Units | 10-20 |
| Zinc (Zn) | The second component of Bismuth Bronze and Brass. | Units | 20-40 |
| Silver (Ag) | A precious metal used in Black Bronze. | Units | 8-16 |
| Gold (Au) | A precious metal used in Black Bronze. | Units | 8-16 |
Practical Examples
Example 1: Crafting 200 Units of Tin Bronze
You need to make a bronze anvil, which costs 200 units of metal. You choose Tin Bronze for its good durability.
- Inputs: Alloy = Tin Bronze, Total Units = 200
- Results (Optimal):
- Copper: 184 units (92%)
- Tin: 16 units (8%)
- By providing these exact amounts to your crucible, you create exactly 200 units of Tin Bronze, perfect for your anvil, while using the minimum amount of your valuable Tin. You can learn more about how to make bronze.
Example 2: Creating 500 Units of Black Bronze
You’ve found Silver and Gold and want to make the highest quality tools. You decide to smelt a large batch of Black Bronze.
- Inputs: Alloy = Black Bronze, Total Units = 500
- Results (Optimal):
- Copper: 420 units (84%)
- Silver: 40 units (8%)
- Gold: 40 units (8%)
- This calculation makes batch crafting simple and ensures you don’t waste any precious Gold or Silver. Explore our guide on advanced metalwork.
How to Use This Vintage Story Alloy Calculator
Using this calculator is a simple process:
- Select Your Desired Alloy: Use the dropdown menu to choose from Tin Bronze, Bismuth Bronze, Black Bronze, or Brass. The calculator automatically knows the correct ratios.
- Enter the Total Units: Input the total amount of molten alloy you wish to produce. This is often determined by the tool or item you plan to cast (e.g., 100 units for a tool head, 200 for an anvil).
- Review the Results: The calculator instantly displays the required units for each component metal. It also provides a bar chart for a quick visual reference.
- Copy the Recipe: Use the “Copy Results” button to save the recipe to your clipboard for easy reference in-game.
This tool helps streamline your smithing and casting workflow.
Key Factors That Affect Alloying in Vintage Story
- Correct Ratios: The most critical factor. If the metal proportions in the crucible are outside the accepted range for an alloy, you will fail to create it. A vintage story alloy calculator ensures this doesn’t happen.
- Crucible Capacity: A firepit with a crucible can only hold a limited amount of metal units. Plan your batches accordingly.
- Smelting Temperature: All metals in the crucible must reach the highest melting point among them. This requires high-temperature fuel like charcoal.
- Ore Purity: Ores in Vintage Story are generally pure, but remember that nuggets and bits represent 5 units of metal each.
- Resource Availability: Your choice of alloy may be dictated by the resources you have found. Tin Bronze is common early on, while Black Bronze depends on finding rare Silver and Gold.
- Tool Tier Progression: Creating bronze alloys is essential for making Tier 3 tools, which are necessary to mine iron and progress further. Check our mining guide for more info.
Frequently Asked Questions (FAQ)
- What happens if I use the wrong ratio?
- The crucible will contain a mix of molten metals with a “???” label, and you will not be able to create the alloy. You will have to either add more metal to fix the ratio or empty the crucible.
- Does this calculator use the most efficient ratios?
- Yes, it is programmed to use the ratio that consumes the most common metal (usually Copper) and the least of the rarer metals (like Tin, Silver, or Gold) to help you conserve resources.
- How many units are in one ore nugget?
- One piece of ore (or “nugget”) smelts into 5 units of molten metal. Our ore processing guide has more details.
- Can I make alloys in batches larger than 100 units?
- Absolutely. Simply enter any amount you need into the “Total Units” field, and the calculator will scale the ingredients perfectly.
- Why is Tin Bronze a good starting alloy?
- Tin Bronze requires only Copper and Tin, which are relatively common in the early game. It provides a significant durability upgrade over Copper tools, making it a vital step in progression.
- Is Black Bronze the best?
- Black Bronze generally has the highest durability among the bronze-tier alloys, making it excellent for tools. However, it requires Gold and Silver, which can be hard to find.
- What temperature do I need to smelt alloys?
- You must reach the temperature of the highest-melting-point metal in your mix. For any bronze alloy, this means reaching Copper’s melting point of 1084°C, which requires charcoal.
- Can I mix and match different bronze types?
- No, you cannot mix different alloys together. You must create each alloy from its base metals.
Related Tools and Internal Resources
Explore our other guides and tools to master your Vintage Story experience:
- Ore and Mineral Location Guide – Find the metals you need.
- Complete Smithing and Forging Tutorial – Learn what to do with your ingots.