Perfect Pizza Calculator

Calculate optimal baking time using pizza physics and thermodynamics

Perfect Pizza Calculator

Quick Pizza Presets

Oven Settings

Different ovens have different heat transfer properties

Optimal: 210-250°C (410-482°F)

Roman: ~0.5cm, Neapolitan: ~0.3cm, Sicilian: ~2.5cm

Standard sizes: 25cm (10"), 30cm (12"), 35cm (14")

For dough recipe calculations

Initial dough temperature affects baking time

Baking Results

0 seconds
Optimal Baking Time
22°C
Pizza Bottom Temp
Temperature Range

Oven Type: Electric Oven

Set Temperature: 230°C

Pizza Thickness: 0.5cm

Dough Start Temp: 21°C

Dough Recipe for 1 Pizza

106g
Flour
64g
Water (60%)
2g
Salt (2%)
1g
Yeast (1%)
3g
Olive Oil (3%)
177g
Total Dough

Pizza Size: 30.0cm diameter

Pizza Area: 707cm²

Dough per Pizza: 177g

Hydration Level: 60% (Medium)

Example: Roman Pizza in Wood Oven

Pizza Specifications

Pizza Type: Roman Style

Thickness: 0.5cm (traditional)

Oven: Wood-fired brick oven

Temperature: 330°C (626°F)

Physics-Based Results

Optimal Baking Time: ~2 minutes

Heat Transfer: Radiation + Conduction

Bottom Temperature: ~210°C when ready

Pizzaiolo Confirmed: ✅ Matches Roman experts

Pizza Style Guide

Neapolitan

0.3cm thick, 450°C, Wood oven

Roman

0.5cm thick, 330°C, Wood oven

Sicilian

2.5cm thick, 220°C, Electric oven

NY Style

0.8cm thick, 260°C, Electric oven

Optimal Temperatures

Wood Oven325-390°C
Electric Oven210-250°C
Pizza Bottom~210°C
Room Temp Dough21°C
Fridge Dough4°C

Perfect Pizza Tips

🔥

Use a pizza stone for home electric ovens

Don't overload toppings with water

🌡️

Let dough come to room temperature

👨‍🍳

Use convection mode if available

Lift pizza with spatula for final 30s

The Physics of Perfect Pizza

Scientific Formula

This calculator is based on actual physics research by scientists from the National Research Council in Rome and Argonne National Laboratory. They developed a thermodynamic equation that predicts optimal pizza baking time with remarkable accuracy.

a₁ × τ + a₂ × √τ = a₃ × d

  • τ (tau): Baking time in seconds
  • d: Pizza thickness in cm
  • a₁: Thermal radiation component
  • a₂: Heat conduction component
  • a₃: Heat capacity factor

Heat Transfer Modes

Pizza baking involves two primary heat transfer mechanisms:

  • 🔥
    Thermal Radiation: Direct heat from oven walls and air
  • 🏠
    Heat Conduction: Contact heat from baking surface

Validated by Roman Pizzaiolos: The formula was confirmed by actual pizza masters in Rome, proving that science matches traditional expertise!