Cups to Milliliters Converter
Convert cups to ml.
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How to convert Cups (US) to Milliliters?
This converter supports multiple cup standards. A “cup” is not the same everywhere, so the correct conversion depends on the standard used in your recipe.
Choose a cup standard:
- US Cup = 236.588 ml (common in American recipes)
- Metric Cup = 250 ml (common in Australia, Canada, NZ, and many modern sources)
- Imperial Cup = 284.131 ml (older British-style measurement)
Use the dropdown in the calculator to match your recipe’s region.
US Cup Conversion (236.588 ml)
The US cup is widely used in American cooking. The relationship is:
- 1 Cup (US) = 236.588 Milliliters
- 1 Milliliter ≈ 0.00422675 Cups (US)
Formula:
ml = cups × 236.588
cups = ml ÷ 236.588
Step-by-Step (US Cup)
- 1Enter the number of cups (US) you want to convert (example: 2).
- 2Multiply by 236.588 to get milliliters.
- 3Result: 2 × 236.588 = 473.176 ml.
US Cup Conversion Table
| Cups (US) Input | Milliliters Result |
|---|---|
| 0.25 Cup | 59.147 ml |
| 0.5 Cup | 118.294 ml |
| 1 Cup | 236.588 ml |
| 1.5 Cups | 354.882 ml |
| 2 Cups | 473.176 ml |
| 2.5 Cups | 591.47 ml |
| 3 Cups | 709.764 ml |
| 4 Cups | 946.352 ml |
| 1/3 Cup | 78.863 ml |
| 2/3 Cup | 157.725 ml |
Metric Cup Conversion (250 ml)
The metric cup is often used in Australia, New Zealand, Canada, and many modern recipe sources. The relationship is:
- 1 Metric Cup = 250 Milliliters
- 1 Milliliter = 0.004 Metric Cups
Formula:
ml = cups × 250
cups = ml ÷ 250
Step-by-Step (Metric Cup)
- 1Enter the number of metric cups you want to convert (example: 2).
- 2Multiply by 250 to get milliliters.
- 3Result: 2 × 250 = 500 ml.
Metric Cup Conversion Table
| Cups (Metric) Input | Milliliters Result |
|---|---|
| 0.25 Cup | 62.5 ml |
| 0.5 Cup | 125 ml |
| 1 Cup | 250 ml |
| 1.5 Cups | 375 ml |
| 2 Cups | 500 ml |
| 2.5 Cups | 625 ml |
| 3 Cups | 750 ml |
| 4 Cups | 1000 ml |
| 1/3 Cup | 83.333 ml |
| 2/3 Cup | 166.667 ml |
Imperial Cup Conversion (284.131 ml)
The imperial cup appears in older British-style references. It is larger than both US and metric cups. The relationship is:
- 1 Imperial Cup = 284.131 Milliliters
- 1 Milliliter ≈ 0.00351951 Imperial Cups
Formula:
ml = cups × 284.131
cups = ml ÷ 284.131
Step-by-Step (Imperial Cup)
- 1Enter the number of imperial cups you want to convert (example: 2).
- 2Multiply by 284.131 to get milliliters.
- 3Result: 2 × 284.131 = 568.262 ml.
Imperial Cup Conversion Table
| Cups (Imperial) Input | Milliliters Result |
|---|---|
| 0.25 Cup | 71.033 ml |
| 0.5 Cup | 142.066 ml |
| 1 Cup | 284.131 ml |
| 1.5 Cups | 426.197 ml |
| 2 Cups | 568.262 ml |
| 2.5 Cups | 710.328 ml |
| 3 Cups | 852.393 ml |
| 4 Cups | 1136.524 ml |
| 1/3 Cup | 94.71 ml |
| 2/3 Cup | 189.421 ml |
How to use this converter?
1) Choose the correct Cup Standard (US, Metric, or Imperial). 2) Enter your value. 3) The result updates instantly. This is helpful when converting international recipes, nutrition labels, and kitchen measurements.
Tip: Why results can differ
A “cup” can mean different volumes depending on the country and the recipe source. US cups (236.588 ml) are smaller than metric cups (250 ml), and imperial cups (284.131 ml) are larger than both. Always match the standard shown on your recipe or packaging.
Frequently Asked Questions
Why are there different cup standards?
Different regions adopted different measuring systems. US recipes typically use a 236.588 ml cup, while many Commonwealth countries use a 250 ml metric cup, and older British references may use an imperial cup.
How many ml is 1 cup?
It depends on the cup standard: 1 US cup = 236.588 ml, 1 metric cup = 250 ml, and 1 imperial cup = 284.131 ml.
Which cup standard should I use?
Use US for most American recipes, Metric for Australia/Canada/NZ and many modern sources, and Imperial for older British references.
Is 0.5 cup equal to 120 ml?
Half a US cup is 118.294 ml, half a metric cup is 125 ml, and half an imperial cup is 142.066 ml.
Does the converter automatically change the standard?
No. The standard is selected by you so you can match the recipe’s origin and get an accurate result.
