Dial in your dilution

See how ice water and extra liquids change strength. Toggle units, compare scenarios, and save a tidy PDF.

Ice melt dilution Optional additions ABV or sugar mode Compare and PDF
Charts
Largest vs others
Table
Clear shares and totals
Guide
Physics and tips

How to use this calculator

  1. 1

    Set initial drink

    Enter starting volume and percentage, then choose type.

  2. 2

    Add ice volume

    Enter expected melt water amount.

  3. 3

    Add other liquids

    Add juice or spirits with their own % as needed.

  4. 4

    Calculate

    Review totals, visual bars, and per serving values. Export or share.

Detailed guide and references

Why dilution matters

Chill, texture, and balance change as ice melts. A sour shaken hard may end near fifteen to twenty five percent dilution by volume in the glass, while a spirit forward stir typically dilutes less. Tracking the effect helps you hit the same profile every time.

Ice floating in a cocktail
Colder drinks need less dilution to taste smooth

Mass balance basics

The total solute in the system equals the solute from the base drink plus the solute contributed by any additions. Ice contributes volume without solute when we track ABV or sugar. Final percentage is total solute divided by total volume times one hundred.

  • Solute from drink = initial% × initial volume
  • Solute from additions = sum(add% × add volume)
  • Total volume = initial volume + ice volume + sum(add volume)

Units and conversions

Bars often use ounces while many recipes use milliliters. Use the unit toggle in results to switch views without changing inputs.

  • 1 oz is about 29.57 ml
  • Single serve volumes often land between 90 and 180 ml

Ice, time, and temperature

Surface area speeds melt. Small cubes chill fast and dilute more, large cubes chill slower and dilute less. Starting temperatures, shake vigor, and glass temperature all push melt up or down.

Ice in a cocktail glass
Match ice size to the style of drink

Glassware and chilling

Pre chilled glasses protect texture by delaying early melt. Thin coupes warm faster than heavy rocks glasses, shifting how quickly the profile changes in the first minutes of service.

How additions shift %

Adding juice lowers ABV and can raise perceived sweetness and acidity. Adding high proof spirit raises ABV and dries the finish. Track both kinds of changes to stay repeatable.

Worked examples

Example A: 200 ml at 12 percent with 100 ml ice ends near 8 percent. Example B: add 30 ml at 40 percent first to reach about 12.6 percent, then add 100 ml ice to land near 9.5 percent.

Batching for events

Prepare base ahead and chill deeply. Add carbonated parts right before service. Use the per serving field to size batches and label bottles with unit, date, and target profile.

Acidity and sweetness

As dilution rises, perceived sweetness falls and acidity softens. Taste at service temperature because temperature changes perception of both sides of the balance.

Assumptions and what is not included

  • Ice is treated as pure water
  • No carbonation modeling
  • Display rounding to two decimals
  • Accuracy depends on careful measurement and chilling

References

Wikipedia Cocktail | Wikipedia Mixed drink | Wikipedia Jigger

Frequently asked questions

Does the calculator assume ice is pure water?

Yes. The tool treats ice as water that adds volume without adding ABV or sugar.

Can I switch between milliliters and ounces?

Yes. Use the unit toggle in the results section to switch between milliliters and ounces.

What if I add both juice and spirits?

Add each liquid as a separate item with its own volume and percentage. The calculator blends them by mass balance.

How are rounding differences handled?

Values are rounded to two decimals for display so there can be small differences from raw values.

Key points

  • Final percentage equals total solute divided by total volume
  • Per serving equals total divided by servings
  • Ice adds volume without solute in ABV or sugar mode
  • Switch units to match tools on hand

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Calculator

Estimates only
Enter volumes and percentages, add additions if needed, then press Calculate

Assumes ice melts to pure water and mixes uniformly. Real melt rates vary with cube size, glass temperature, and time.