Pizza Dough Ball Weight by Size: A Worked Chart
Compare dough weights for 10–18 inch pizzas using a transparent thickness factor, then adapt the chart to your own crust and rim.
Start with the question that affects your next batch. These guides connect the arithmetic to the dough in your hands.
For the whole process, read the Complete Pizza Dough Guide. For a recipe, choose a calculator.
Choose portion weights and pan loading from area and your preferred thickness.
Compare dough weights for 10–18 inch pizzas using a transparent thickness factor, then adapt the chart to your own crust and rim.
Calculate thickness factor forward or backward, convert oz/in² to g/cm², and scale a successful pan pizza without assuming a universal dough loading.
Compare flour and water ratios with the handling and bake you need.
Run a controlled hydration comparison, see the flour-first and fixed-batch arithmetic, and choose a water level by handling and baked results.
Read hydration as water divided by all flour, compare practical trial ratios, and account for preferment water without confusing hydration with dough moisture.
Choose hydration around your flour, bake time and shaping process; diagnose a pale base or wet center before adding more water.
Plan a schedule, choose yeast and check the dough rather than following the clock alone.
Compare refrigerated dough durations without declaring one universally best; hold yeast, cooling, flour and final preparation in view.
Judge cold pizza dough by temperature, gas and stretching behavior rather than a universal two-hour rule, and avoid warming already weak dough.
Convert yeast percentage to grams, distinguish manual dosing from a planning estimate, and adjust a schedule using observed dough rather than fixed biological laws.
Compare yeast forms, use manufacturer-specific handling advice, and understand the calculator’s conventional weight conversions and their limits.
Build a refrigerated dough workflow around mixing, cooling, cold storage and final proof, with honest yeast estimates and readiness checks.
Use an appliance thermometer, separate safe storage guidance from fermentation predictions, and understand why dough temperature differs from fridge air.
Allocate prefermented flour and account for water and starter without double counting.
Keep prefermented flour percentage separate from Biga hydration, calculate the final additions, and reconcile the whole dough without double counting.
Calculate Poolish as a share of total flour, subtract its water correctly, and avoid an impossible 100%-hydration preferment allocation.
Compare liquid Poolish and stiff Biga, separate their hydration from flour allocation, and choose a preferment by practical handling rather than superiority claims.
Calculate starter mass and hydration contributions, distinguish starter percentage from prefermented flour, and keep final dough totals consistent.
Read flour specifications and set salt, oil, sugar and malt deliberately.
Separate Italian flour classification from protein and dough strength, compare flour products fairly, and match a recipe to your oven and handling.
Set oil, sugar and malt deliberately, count each in baker’s math, and avoid treating sugar and diastatic malt as interchangeable additions.
Calculate salt from total flour, compare a few deliberate trial percentages, and distinguish source-specific Neapolitan doses from universal salt rules.
Interpret W and P/L as flour technical measurements, compare manufacturer specifications, and avoid inventing a protein-to-W conversion or exact fermentation rule.
Diagnose sticking, tearing and proofing problems before changing the whole recipe.
Recognize a dough that has lost useful structure, distinguish overproofing from high hydration, and evaluate reshaping or a pan bake without rescue guarantees.
Diagnose pizza dough that shrinks after stretching, use covered rest and gentle shaping, and distinguish tension from underfermentation or flour choice.
Keep a pizza moving on the peel, limit moisture and delay before launch, and diagnose sticking separately from the dough’s hydration.
Diagnose holes caused by uneven stretching, dry skin, dough development or weakening, and distinguish tearing from simple resistance.
Separate surface sticking from a formulation or proofing problem, check water and starter accounting, and make a controlled adjustment for the next batch.
Check tight pizza dough using expansion, temperature and recipe history; distinguish underproofing from cold dough or recent balling.
Use measured mixing temperatures to improve repeatability.
Use the conventional three- and four-factor DDT equations, measure mixer friction, and convert Fahrenheit adjustments without applying a temperature offset.