Vintage Story Alloy Calculator

Easily calculate the required base metal units for various alloys in Vintage Story. Select your desired alloy and the amount you want to produce.

Alloy Calculator

Results Breakdown

Base Metal	Percentage (%)	Required Amount (units)
Select an alloy and amount to see results.

Table showing the required units of each base metal for the selected alloy and amount.

What is a Vintage Story Alloy Calculator?

A Vintage Story Alloy Calculator is a specialized tool designed for players of the game Vintage Story. It helps players determine the precise amounts of different base metals required to create specific alloys like Tin Bronze, Bismuth Bronze, Black Bronze, Brass, or Electrum. In Vintage Story, smithing and metalworking are crucial, and alloys are made by combining base metals in specific ratios within a crucible.

This calculator simplifies the process by taking the desired alloy and the total amount you want to make as input, then outputting the exact number of units of each component metal needed, based on the game’s (or common) alloying ratios. It’s useful for anyone from beginners learning the smithing system to experienced players wanting to optimize their metal usage and plan production efficiently. Common misconceptions are that all alloys use the same ratios, or that the game is very forgiving with ratios – while there are ranges, aiming for a good ratio is important for successful alloying.

Vintage Story Alloy Calculator Formula and Mathematical Explanation

The calculation is based on the percentage composition of the desired alloy. If you want to make a total amount ‘D’ of an alloy composed of metals M1, M2, M3… with respective percentages P1%, P2%, P3%…, the amount needed for each metal is:

Amount of Metal 1 (A1) = D * (P1 / 100)

Amount of Metal 2 (A2) = D * (P2 / 100)

Amount of Metal 3 (A3) = D * (P3 / 100)

… and so on.

The total amount D is the sum of A1 + A2 + A3 + …

Our Vintage Story Alloy Calculator uses these formulas based on the selected alloy’s composition.

Variable	Meaning	Unit	Typical Range
D	Desired total amount of alloy	units	1 – 1000+
P1, P2…	Percentage of each base metal in the alloy	%	1 – 99
A1, A2…	Amount of each base metal required	units	Depends on D and P

Variables used in the Vintage Story alloy calculations.

Practical Examples (Real-World Use Cases)

Example 1: Making Tin Bronze Tools

You want to make 200 units of Tin Bronze (90% Copper, 10% Tin) to craft some early-game tools.

• Desired Alloy: Tin Bronze
• Desired Amount: 200 units

The Vintage Story Alloy Calculator would show:

• Copper needed: 200 * (90 / 100) = 180 units
• Tin needed: 200 * (10 / 100) = 20 units

You’ll need to melt 180 units of copper and 20 units of tin in your crucible.

Example 2: Crafting Bismuth Bronze Items

You need 150 units of Bismuth Bronze (e.g., 50% Bismuth, 27.5% Zinc, 22.5% Copper) for more advanced items.

• Desired Alloy: Bismuth Bronze
• Desired Amount: 150 units

The Vintage Story Alloy Calculator would calculate:

• Bismuth needed: 150 * (50 / 100) = 75 units
• Zinc needed: 150 * (27.5 / 100) = 41.25 units
• Copper needed: 150 * (22.5 / 100) = 33.75 units

You would combine 75 units of Bismuth, 41.25 units of Zinc, and 33.75 units of Copper.

How to Use This Vintage Story Alloy Calculator

1. Select Alloy: Choose the alloy you wish to create from the “Select Alloy” dropdown menu (e.g., Tin Bronze, Brass). The ratios used are shown next to the alloy name.
2. Enter Desired Amount: Input the total number of units of the alloy you want to produce in the “Desired Amount of Alloy” field.
3. Calculate: Click the “Calculate” button or simply change the input values; the results will update automatically.
4. View Results: The “Results Breakdown” section will display the primary result (total base metals), the intermediate results (amount of each metal), and the formula used. The table and chart will also update.
5. Interpret Results: The table clearly shows how many units of each base metal you need to combine in your crucible to get the desired amount of the selected alloy. The chart gives a visual representation.
6. Reset: Click “Reset” to clear the inputs and results and start over with default values.
7. Copy Results: Click “Copy Results” to copy the main result, individual metal amounts, and alloy type to your clipboard.

This Vintage Story Alloy Calculator helps you avoid wasting resources by calculating the precise amounts needed before you start melting.

Key Factors That Affect Vintage Story Alloy Calculator Results

• Selected Alloy Type: The chosen alloy directly determines the base metals involved and their relative percentages, which is the core of the calculation. Different alloys like Vintage Story bronze recipe or brass have very different compositions.
• Desired Total Amount: The total units of alloy you want to make scales the required amounts of each base metal proportionally. More alloy means more of each component.
• Alloy Ratios Used: The calculator uses specific percentages (e.g., 90/10 for Tin Bronze). While the game allows ranges, using a fixed, known-good ratio simplifies calculation and ensures successful alloying. Deviating too far from the game’s allowed ranges can result in a failed alloy.
• Metal Purity (Implied): The calculator assumes you are using pure base metals (e.g., 100 unit nuggets or ingots). In-game, this is usually the case unless you are remelting old tools with unknown composition.
• Crucible Capacity: While not part of the calculation itself, the size of your crucible limits how much alloy you can make at once. You might need to perform the alloying in batches if your desired amount exceeds crucible capacity.
• Game Version and Mods: The specific alloy recipes and allowed ranges can sometimes be altered by game updates or mods. Our calculator uses standard, widely accepted ratios from the base game. If you’re using mods that alter metallurgy, the results might need adjustment based on metal alloys Vintage Story changes.

Frequently Asked Questions (FAQ)

What are the units used in the Vintage Story Alloy Calculator?

The units correspond to the metal units you see in the game when you look at nuggets, ingots, or molten metal in a crucible. 100 units typically make one ingot.

Can I make alloys with different ratios than the ones listed?

Vintage Story allows a range of ratios for each alloy. Our calculator uses a common or mid-range ratio for simplicity. You can experiment within the game’s allowed ranges (check the official wiki or in-game handbook), but our calculator is fixed to the displayed ratios.

What happens if I use the wrong ratios in the game?

If your metal mix in the crucible is outside the allowed percentages for any known alloy, you will likely end up with “Unknown Metal” or waste the resources.

Does this calculator work for steel?

This calculator focuses on alloys made by directly mixing metals. Steelmaking in Vintage Story involves iron and carbon (from fuel) in a bloomery or crucible and is a different process not covered by simply mixing metals in these ratios. Check our guide on Vintage Story smithing for more on steel.

Why does Bismuth Bronze need three metals?

Bismuth Bronze in Vintage Story is a ternary alloy, meaning it’s composed of three primary metals: Bismuth, Zinc, and Copper, each contributing to its properties. Learn more about the bismuth bronze ratio for best results.

How do I get the base metals?

You obtain base metals by mining ores, processing them (if necessary), and smelting them in a crucible or bloomery.

Can I use this calculator for other games?

This Vintage Story Alloy Calculator is specifically designed with the alloys and general ratios found in Vintage Story. Other games may have different alloy recipes.

What if I don’t have enough of one metal?

The calculator tells you what you *need*. If you don’t have enough, you’ll either need to go mining/acquire more or reduce the total amount of alloy you plan to make using the Vintage Story Alloy Calculator.