Doughs & batters

Neapolitan Pizza Dough

Pasta per Pizza · A high‑hydration, long‑fermented wheat dough producing a thin, charred, leopard‑spotted crust with a soft, airy interior and a defined cornicione rim. This is the foundational dough of the pizza napoletana STG (Specialità Tradizionale Garantita) specification, not the finished topped pizza. Its character comes from 00 flour, precise hydration, and extended fermentation — not from toppings or sauce ratios.

Neapolitan Pizza Dough
Family · Doughs & battersDifficulty · ModerateMake-ahead · YesYield · 1 kg flour → 4 balls × 250 g → four 28–30 cm pizzas. Total dough weight ~1.6 kg after water absorption.

The formula

100 flour : 58–62 water : 2–2.5 salt : 0.5–1 yeast

Example for 4 dough balls (~250 g each): 1 kg 00 flour, 600 g water (60 %), 25 g fine salt, 5 g fresh yeast. Hydration 58–60 % yields a workable dough; 62 % yields a slack, high‑risk dough requiring professional skill. For 48‑hour cold fermentation use 0.5–0.7 % yeast; for same‑day room‑temp dough use 2–3 % yeast.

Identity

  • Long cold fermentation (24–72 h) is non‑negotiable for flavor depth
  • 00 flour (soft wheat, low ash, fine grind) is the specified base
  • Cornicione must puff and char — indicates proper dough strength and oven heat
  • Hydration 58–62 % — higher than many other pizza traditions
  • No oil in the dough — fat is applied post‑bake only

Ingredients

Base00 flour (Italian tipo 00, ~10–11 % protein)Provides the fine crumb and silky extensibility. All‑purpose (10–12 % protein) is the best substitute.
LiquidWater (filtered if chlorinated)60 % of flour weight. Cold (10–12 °C) for long fermentation; room temperature for same‑day dough.
SeasoningFine sea salt2–2.5 % strengthens gluten, controls fermentation, builds flavor. Never omit.
BinderFresh brewer's yeast (or equivalent instant dry)0.5 % for 48‑hour cold ferment; 2–3 % for same‑day room‑temp ferment. 1 g fresh ≈ 0.33 g instant dry.

Method

  1. 1Dissolve yeast in 60 % of total water (cold for long ferment, room temp for same‑day). Add flour and salt. Mix until shaggy, then knead 10–12 minutes until smooth and elastic.Full hydration develops gluten. Salt added after initial mixing protects yeast. The long knead builds the extensible gluten network needed to trap fermentation gas.
  2. 2Rest dough 2 hours at room temperature, covered, then portion into 4 balls (250 g each). Place in lightly oiled containers or on a floured board, cover tightly.Initial room‑temp rest begins fermentation and relaxes gluten for easier balling. Tight coverage prevents drying crust.
  3. 3Cold‑ferment balls 24–72 hours at 4–6 °C in refrigerator. For same‑day: cover and ferment 4–6 hours at room temp (24 °C), punching down once at 2 hours.Cold fermentation at low temperature (below 6 °C) slows yeast activity, builds complex flavor compounds (acids, esters), and improves dough extensibility over time.
  4. 4Remove balls 2–4 hours before baking. Let rest uncovered at room temperature to warm and relax gluten. Do not degas.Room‑temperature rest allows final fermentation activity and makes the dough pliable enough to stretch without tearing or punching out the gas.
  5. 5Stretch each ball by hand (spin or gently press from center outward), never rolling. Top immediately and bake at maximum heat (ideally 450–485 °C/850–900 °F in wood‑fired; 275–300 °C/525–575 °F in home oven on steel) for 60–120 seconds.Hand stretching preserves the gas bubbles that create the airy crumb and puffy cornicione. Extreme heat is essential for leopard‑spot char and rapid starch gelatinization.

Techniques that matter

Long cold fermentation

Slows yeast metabolism, producing lactic and acetic acids that build complexity. Dry gluten network expands, improving gas retention and crust texture.

Autolyse (optional, 20–30 min after mixing)

Allows flour hydration and initial gluten formation without kneading, resulting in more extensible dough and improved crumb.

Hand stretching

Preserves gas bubbles and creates an uneven, open crumb. Rolling would degas the dough and create a dense, bready crust.

High‑heat baking (450 °C+/850 °F+)

Rapid surface dehydration creates the leopard‑spot char. Quick starch gelatinization and Maillard browning occur before the interior overcooks.

Variations & derivatives

Pizza alla Pala (Roman scrocchiarella)Rome, Italy

Higher hydration (65–70 %), shorter cold ferment (12–24 h). Baked in rectangular pans, resulting in a crisp, layered, oilier crust. Not STG Neapolitan, but a direct derivative.

Pizza al TaglioRome, Italy

Often uses 70–80 % hydration dough with poolish pre‑ferment. Baked on sheet pans, sold by weight. Derivative of the Neapolitan tradition adapted for fast‑service retail.

Pizza Marinara (the dish)Naples, Italy

The finished pizza topped only with tomato, garlic, oregano, and oil — showcasing the dough. Defined in the STG specification alongside Pizza Margherita.

Pizza Margherita (the dish)Naples, Italy

The finished pizza with tomato, fresh mozzarella, and basil. Named for Queen Margherita. The dough here is the foundation described in this entry.

Used in these dishes

Pizza Margherita · the crust and structural foundation — the only component that defines pizza as a distinct category from topped flatbreadPizza Marinara · the base for garlic‑tomato‑oregano topping — showcases dough flavor without cheese masking itPizza Napoletana · the base for the baked variant with anchovies and olives, per STG specificationCalzone · the same dough folded over a filling and baked — Neapolitan variant uses the same 60 % hydration doughPizzetta · individual small‑format version using 80–100 g dough balls, same ratio, same techniquePizza Fritta · the dough fried in oil after being stuffed — requires the same extensible, fermented dough to prevent tearing

Substitutions

  • 00 flourAll‑purpose flour (10–12 % protein)Best substitute. Slightly coarser crumb; dough is less silky but fully functional. Do not use bread flour (13 %+), which makes the crust too chewy.
  • Fresh yeastInstant dry yeastUse 1/3 the weight (e.g., 5 g fresh → 1.5–2 g instant). Proofing time remains similar; flavor slightly less complex.
  • 00 flourMix 80 % all‑purpose + 20 % whole wheatAdds nuttiness from germ and bran; reduces extensibility slightly. Common in artisan variations. Not traditional.
  • Fine sea saltKosher salt (Diamond Crystal)Use roughly 2× the weight (since Diamond Crystal is half the density of fine salt). Morton's kosher requires ~1.3×. Do not substitute volumetrically.changes result

Troubleshooting

Dense, gummy crumb with no char

Under‑fermented dough (gas not developed) and/or oven too cool. Cold dough baked at low heat stays raw inside.Extend cold fermentation to 36–48 h minimum. Bring dough to room temp 2–4 h before baking. Bake on preheated steel/stone at maximum oven temp (or use broiler for home ovens).

Tearing during hand stretching

Dough too cold, over‑fermented (gluten degraded), or insufficient gluten development from too‑short kneading.Let dough rest at room temp 3–4 h before shaping. If over‑fermented, use immediately or discard. Re‑knead fresh dough 12+ minutes.

Excessive bubbling and blowouts in cornicione

Over‑fermented dough (yeast produced too much gas, gluten can no longer hold it) or dough shaped too tightly.Use dough within 72 h of balling. Stretch gently; do not force air out of center. If blowouts occur, reduce fermentation time or yeast percentage.

Tight, bouncy crust that shrinks after baking

Insufficient fermentation (dough not relaxed) or dough too cold when baked (oven spring stops before interior sets).Ensure 2 h room‑temp rest before baking. Bake hot enough that surface sets within 60 seconds, trapping the expanded gas.

Storage

Keeps 72 hours refrigerated (optimal); 3 months frozenRefrigerate in lightly oiled sealed container or food‑grade bag, releasing air. For freezing, bag individually with excess air removed. Do not freeze balls touching — they'll fuse. Reheat: Refrigerated: room temp 2–4 h before use. Frozen: thaw 12–24 h in refrigerator. Do not microwave or cold‑start baking — dough must be room temp for proper oven spring.

The science behind it

Gluten network formation (gliadin + glutenin hydration)Starch gelatinizationMaillard browningFermentation (yeast metabolism)Thermal expansion of gases