Pizza Dough Ball Calculator
Scale pizza dough balls by target mass and baker's percentages to get ingredient weights plus a proof plan with yeast and handling checks.| Ingredient | Baker % | Exact | Weigh out | Bench note | Copy |
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Pizza dough planning starts with the portions needed at the bench. Six 260 g balls require 1,560 g of dough before any spare portions or handling reserve. The ingredient weights then come from baker's percentages, a system that treats flour as 100% and expresses water, salt, yeast, oil, and sugar as percentages of flour weight.
This method makes recipes scalable without changing their balance. Doubling the number of balls doubles every ingredient. Raising hydration changes the share of water and therefore the flour needed to reach the same total dough mass. Oil, sugar, salt, and yeast also contribute to total batch weight, so flour cannot be found by subtracting water alone.
| Choice | What changes | What still needs judgment |
|---|---|---|
| Ball count and mass | Total dough required | Pizza diameter, thickness, and handling losses |
| Hydration | Water-to-flour ratio and dough feel | Flour absorption and shaping skill |
| Fermentation plan | Reference time blocks and yeast percentage | Actual dough expansion, strength, and refrigerator temperature |
| Yeast type | Equivalent weigh-out factor | Brand strength, age, and activation practice |
Ball weight is not a universal pizza-size rule. A thin 12-inch pizza may use less dough than a thick pan pizza of the same diameter, and a high-hydration dough can spread differently from a firm one. Style presets are editable starting points rather than standards for every flour, oven, or bake method.
Fermentation timing is also an estimate. Yeast activity changes with dough temperature, room temperature, refrigeration, salt, sugar, flour strength, mixing, and yeast condition. The dough's expansion and extensibility should decide when to divide, warm, stretch, or bake. A clock-only plan can overproof in a warm room or remain tight in a cold one.
Kitchen scale resolution matters most for yeast and small batches. A result such as 0.7 g is not useful if the scale moves in 1 g steps. Increase the batch, use a finer scale, or apply a tested dilution method rather than pretending the displayed decimal is measurable.
How to Use This Tool:
Set the portions first, then adjust the formula and proof plan to match the flour, kitchen, and bake time.
- Choose a Dough style as a starting point, then set the exact Dough balls and Target ball mass.
- Enter hydration, salt, oil or fat, and sugar or malt as baker's percentages. Use values supported by the flour and style you intend to make.
- Select a Fermentation plan. Choose the custom plan only when you can supply room bulk, cold hold, final proof, and an instant-yeast reference.
- Choose the yeast type and enter room temperature. The planned yeast percentage is adjusted around 22 °C, then converted for instant, active dry, or fresh yeast.
- Open the additional settings only if you need spare balls, a handling-loss reserve, or a weigh-out precision that matches your scale.
If the yeast amount rounds to zero or below your scale's reliable increment, change the batch or measuring method before mixing.
- Read the bench recipe and proof plan together. Use the handling checks to spot high hydration, unusual salt, or a warm or cool room before committing to the schedule.
Interpreting Results:
The bench recipe is a mass balance for the selected baker's percentages. Ingredient grams should add back to the batch dough mass apart from display rounding. Spare balls and reserve increase the batch before flour and ingredient weights are calculated.
- Firm hydration is below 66%; Moderate is at least 66% and below 72%; Sticky is 72% or higher.
- Cool room temperature is 16 °C or lower; Warm is 27 °C or higher. Between those limits the room is labeled steady.
- Low salt is below 2%; the common range is 2% through 3.2%, inclusive; High is above 3.2%.
- These labels describe the entered plan, not guaranteed dough quality. Flour absorption, actual dough temperature, fermentation progress, and oven performance remain decisive.
Technical Details:
Baker's percentage uses flour mass as the common denominator. First, the required dough mass is formed from planned portions, spare portions, and a percentage reserve. The total percentage factor then converts that dough mass into flour mass; each remaining ingredient is a percentage of that flour.
Formula Core:
The portion mass and reserve are added before the recipe is split into ingredients.
The formula factor includes flour's 100% plus water, salt, oil, sugar, and the selected yeast percentage.
Here H, S, O, G, and Y are the hydration, salt, oil, sugar, and selected yeast percentages. Ounces convert to grams with 1 oz = 28.349523125 g.
Yeast Adjustment Mechanism Core:
The proof presets provide reference time blocks and a base instant-yeast percentage. A bounded temperature factor increases the reference in a cooler room and decreases it in a warmer room. This is a planning heuristic, not a fermentation law.
| Choice | Factor or reference | Meaning |
|---|---|---|
| Instant yeast | 1.00 | Uses the temperature-adjusted reference directly. |
| Active dry yeast | 1.25 | Multiplies the instant reference by 1.25. |
| Fresh yeast | 3.00 | Multiplies the instant reference by 3. |
| Temperature factor | 0.55 to 1.80 | Prevents the room-temperature adjustment from growing without bound. |
Preset proof times are added as room bulk + cold hold + final proof. They are not recalculated from temperature. Only the yeast reference changes with room temperature; the displayed time blocks remain the selected plan.
Rule Core:
| Check | Band | Boundary |
|---|---|---|
| Hydration | Firm / Moderate / Sticky | < 66% / 66% to < 72% / ≥ 72% |
| Room temperature | Cool / Steady / Warm | ≤ 16 °C / > 16 °C to < 27 °C / ≥ 27 °C |
| Salt | Low / Common / High | < 2% / 2% to 3.2% / > 3.2% |
Ingredient calculations retain full precision and are rounded only for display at the selected scale increment. The accepted ranges include 1 to 99 planned balls, 100 g to 800 g per ball after unit conversion, 45% to 95% hydration, 0% to 5% salt, and 8 °C to 38 °C room temperature.
Accuracy and Food Safety:
The recipe is only as accurate as the scale and the assumptions behind the proof plan. Weigh ingredients in one mass unit, note the actual dough and refrigerator temperatures, and adjust future batches from observed fermentation rather than changing several percentages at once.
- Do not taste raw pizza dough. Most flour is raw and can contain germs; bake the dough and clean hands, bowls, utensils, and worktops after handling flour.
- Use style and fermentation presets as planning references. Flour strength, yeast condition, and refrigeration can require a different hydration, yeast amount, or schedule.
Worked Examples:
Six cold-fermented balls
Six 260 g balls with no spare or reserve require 1,560 g of dough. At 64% hydration, 2.8% salt, no oil or sugar, and 0.08% instant yeast at 22 °C, the formula factor is 1.6688. That gives about 934.8 g flour, 598.3 g water, 26.2 g salt, and 0.75 g instant yeast before display rounding. The 0.75 g weigh-out needs a scale fine enough to measure it reliably.
References:
- Baker's Percentage, King Arthur Baking.
- Raw Flour and Dough, Centers for Disease Control and Prevention, November 24, 2025.