High hydration doughs are unforgiving. They stick to everything, refuse to shape, and test your patience. But they also produce the lightest, most open crumb and the crispiest crust you will ever pull from a home oven.
I have tested hundreds of kitchen products over the years. The ones that last are never the flashiest — they are always the simplest, heaviest, and most boring-looking tools in the entire drawer. The same principle applies to dough. You do not need a fancy mixer or a $300 peel. You need technique, patience, and the right hydration level for your oven and your skill level.
This guide covers everything you need to work with high hydration pizza dough — from understanding what hydration percentages actually mean, to mixing, folding, shaping, and baking without tearing your hair out.
Key Takeaways
- High hydration doughs (70% and above) require proper gluten development through folding, not just mixing.
- Baking surface temperature matters more than oven ambient temperature — a preheated steel or stone at 550°F (290°C) is non-negotiable.
- Stickiness is not failure — it is a signal that your dough needs more rest or a different handling technique, not more flour.
What Is High Hydration Pizza Dough?
Hydration is the ratio of water weight to flour weight, expressed as a percentage. A dough with 70% hydration contains 700 grams of water for every 1000 grams of flour. Standard Neapolitan dough sits around 55-60%. High hydration starts at 70% and goes up to 80% or even 85% for experienced bakers.
The extra water changes everything. Enzymes work faster. Fermentation accelerates. The crumb opens up into irregular, airy pockets. The crust becomes simultaneously crisp on the outside and chewy-tender on the inside. But that extra water also makes the dough slack, sticky, and hard to handle without deflating the gas bubbles you worked so hard to create.
If you are new to high hydration pizza dough, start at 70%. Do not jump to 80% until you can consistently shape a 70% dough without tearing or sticking.
Why Bother With Higher Hydration?
Water is not just a hydrator — it is a structural agent. More water means more steam during baking, which puffs the dough rapidly and creates thin, crispy walls around large air cells. The result is a crust that is lighter and more flavorful than anything a lower hydration dough can produce.
Higher hydration also extends the fermentation window. A 60% dough might peak at 8 hours at room temperature. A 75% dough can go 12-14 hours before overproofing, giving you more flexibility in scheduling your bake.
However, there is a trade-off. The stickier the dough, the harder it is to launch from a peel. If you are using a home oven at 500°F (260°C) rather than a wood-fired oven at 800°F (425°C), you may need to dial back the hydration slightly to avoid soggy centers.
Essential Tools for High Hydration Dough
You do not need a commercial kitchen setup, but a few specific tools make the difference between frustration and consistency. Here is what matters, and what does not.
Mixing Vessel
A wide, shallow bowl works better than a deep mixing bowl for high hydration doughs. The larger surface area allows the dough to cool faster during mixing, which slows down fermentation and gives you more control. A standard 12-inch stainless steel mixing bowl is ideal. Avoid glass — it retains heat and can cause the dough to ferment too quickly on warm days.
Bench Scraper
This is the single most important tool for high hydration dough handling. A stiff metal bench scraper lets you cut, lift, and fold the dough without tearing it. Plastic scrapers are too flexible and will push the dough rather than cut through it. Look for one with a straight, sharp edge — the kind bakers use for scoring bread.
Baking Surface
A preheated baking steel or stone at maximum oven temperature for at least 45 minutes is mandatory. The surface temperature needs to be at least 500°F (260°C) to set the crust immediately and prevent the dough from soaking into the peel. A steel retains heat better than a stone and recovers faster between pizzas.
If you are looking for the right pan to start with, our The Ultimate Ny Style Pizza Dough Recipe Guide includes specific recommendations for baking surfaces that work in home ovens.
Peel
A wooden peel is better than a metal peel for high hydration dough. Wood is less slippery, so the dough sticks less during launch. Dust the peel with semolina flour, not all-purpose flour. Semolina acts like tiny ball bearings under the dough and prevents sticking without burning onto the stone.
Step-by-Step Method for High Hydration Pizza Dough
This method is designed for a 70% hydration dough using 500 grams of flour (enough for four 10-inch pizzas). Scale up or down as needed, keeping the percentages the same.
Step 1: Mix the Dough
Combine 500g bread flour (12-13% protein) with 350g water at room temperature. Mix by hand using a spatula until no dry flour remains. The dough will look rough and shaggy. Cover and let it rest for 30 minutes. This is called autolyse — it allows the flour to fully absorb the water and starts gluten development without mechanical action.
After autolyse, add 10g salt and 2g instant yeast. Wet your hands before mixing to prevent sticking. Squeeze and fold the dough until the salt and yeast are evenly distributed. The dough will be very sticky at this point — do not add extra flour. Trust the process.
Step 2: Perform Stretch and Folds
Over the next 2 hours, perform 4 sets of stretch and folds at 30-minute intervals. To do a stretch and fold: wet one hand, grab one side of the dough, stretch it upward, and fold it over the center. Rotate the bowl 90 degrees and repeat. Do this 4 times per set.
These folds build strength without deflating the gas bubbles. After the fourth set, the dough should feel smoother and less sticky. If it still feels extremely slack, add one more set of folds.
Step 3: Bulk Fermentation
Cover the bowl with plastic wrap or a damp towel and let the dough ferment at room temperature (70-75°F / 21-24°C) for 6-8 hours. The dough should double in volume and show small bubbles on the surface. If your kitchen is warmer, check at 5 hours. If cooler, it may take 10 hours.
During bulk fermentation, the dough continues to develop flavor through enzymatic activity. Longer fermentation at lower temperatures produces more complex flavors. For the best results, refrigerate the dough after 4 hours at room temperature and let it cold ferment for 24-48 hours.
Step 4: Divide and Pre-Shape
Turn the dough out onto a lightly floured surface. Use a bench scraper to cut it into 4 equal pieces (about 215g each). Gently round each piece into a ball by tucking the edges underneath. Do not press down hard — you want to preserve the gas bubbles.
Place the balls on a floured sheet pan, cover with plastic wrap, and let them rest for 30 minutes. This rest period relaxes the gluten and makes shaping easier.
Step 5: Shape the Pizzas
Generously dust a wooden peel with semolina flour. Take one dough ball and place it on the peel. Press it gently with your fingertips, starting from the center and working outward, leaving a 1-inch rim untouched. Lift the dough and stretch it by draping it over your knuckles, rotating as you go. The dough should be about 10 inches in diameter with a slightly thicker rim.
If the dough resists stretching or shrinks back, let it rest for another 10 minutes. High hydration doughs are elastic and need time to relax.
Step 6: Top and Bake
Add sauce, cheese, and toppings sparingly. High hydration doughs are delicate — too many toppings will weigh them down and prevent proper oven spring. Slide the pizza onto the preheated steel or stone. Bake at the highest oven setting (550°F / 290°C or higher) for 6-8 minutes, rotating halfway through. The bottom should be deeply browned and the rim puffed and spotted with char.
For a more detailed breakdown of shaping and baking techniques, see How to Make a Pizza Hut Pizza Dough Recipe at Home, which includes tips for adapting high hydration doughs to different oven types.
Advanced Hydration: Going to 80% and Beyond
Once you have mastered 70% hydration, you can try 75% or 80%. The process is the same, but the dough becomes exponentially more difficult to handle. Here are specific adjustments for higher hydration levels.
Increase the Number of Folds
At 75% hydration, perform 6 sets of stretch and folds instead of 4. At 80%, do 8 sets. The extra folds build enough gluten strength to support the additional water. Without them, the dough will spread into a flat pancake instead of holding its shape.
Use a Higher Protein Flour
Bread flour with 13-14% protein is essential for doughs above 75%. Lower protein flours cannot absorb enough water to form a stable gluten network. If you cannot find high-protein bread flour, add 2-3% vital wheat gluten to your flour blend.
Adjust the Water Temperature
High hydration doughs ferment faster because the extra water accelerates yeast activity. To slow it down, use cold water (50-55°F / 10-13°C) when mixing. This gives you a longer window for bulk fermentation and prevents the dough from overproofing before you shape it.
Bake at Higher Temperatures
Doughs above 75% hydration need oven temperatures of at least 600°F (315°C) to set the crust before the moisture evaporates. If your home oven only reaches 500°F (260°C), consider using a baking steel and preheating for a full hour. The steel retains enough heat to mimic higher temperatures.
For a clean, organic approach to dough formulation, The Complete Organic Pizza Dough Recipe provides a solid foundation that works well with high hydration adjustments.
Troubleshooting Common Issues
Dough Sticks to Everything
This is the most common complaint. The fix is not more flour — it is better technique. Use wet hands for folding. Use a bench scraper for lifting. Use semolina on the peel. And let the dough rest longer. Gluten relaxes with time, and relaxed dough is less sticky.
Pizza Won’t Launch From Peel
If the dough sticks to the peel, you did not use enough semolina, or you let the topped pizza sit too long before baking. Top the pizza quickly and launch it within 30 seconds. If it sticks, lift one edge with a bench scraper and blow air underneath to break the seal.
Crust Is Soggy in the Middle
This happens when the oven temperature is too low or the baking surface is not hot enough. Preheat your steel or stone for at least 45 minutes. If the crust is still soggy, reduce the hydration by 5% next time. Some home ovens simply cannot handle 75% hydration.
Dough Tears During Shaping
Tearing means the gluten is not developed enough or the dough is too cold. Let the dough ball rest at room temperature for 30 minutes before shaping. If it still tears, go back to the folding step and add two more sets of folds during bulk fermentation.
Frequently Asked Questions
What is the ideal hydration for Neapolitan pizza dough?
Traditional Neapolitan dough typically ranges from 55% to 65% hydration. However, many modern pizzerias use 70% to 75% hydration for a lighter, more open crumb. The key is matching hydration to your oven temperature. For a home oven at 500°F (260°C), 65-70% works best. For a wood-fired oven at 800°F (425°C), you can push to 75% or higher.
Can I use all-purpose flour for high hydration pizza dough?
All-purpose flour (10-11% protein) can handle up to about 65% hydration before the dough becomes too weak to hold its shape. For 70% and above, you need bread flour with at least 12% protein, or a blend of bread flour and high-gluten flour. Using all-purpose at 75% hydration will result in a flat, dense pizza with no oven spring.
How do I store high hydration pizza dough for later use?
After bulk fermentation, divide the dough into balls, lightly oil them, and place each in a separate airtight container. Refrigerate for up to 3 days. Cold fermentation slows yeast activity and develops deeper flavor. Before using, let the dough balls sit at room temperature for 45-60 minutes to relax the gluten. Do not refrigerate fully shaped pizzas — the moisture will make them stick to the peel.