Outdoor Pizza Oven Pizza Dough

A pizza dough specifically formulated for a high-temperature tabletop pizza oven.

Hands shaping outdoor pizza oven pizza dough on a floured counter

Melissa Rivard

Why It Works

  • This dough is formulated for high-temperature baking (800-900°F; 427-482°C), without the sugar or oil often used in pizza doughs for home ovens, which slows down browning and prevents burning.
  • The dough comes together quickly in a food processor using cold water to prevent it from overheating during mixing.
  • A short autolyse builds structure in the dough without taxing the machine or overheating the dough.
  • A long, cold fermentation allows flavor to develop in the dough, while also letting it relax for maximum extensibility and easy stretching.

I’ve been making pizza for nearly 40 years, and after all that time I thought I had my dough formulas dialed-in. More than a decade ago I developed a recipe for a New York-style pizza dough for Cook’s Illustrated magazine, which was a big hit and served as the jumping-off point for dozens of subsequent pizza and flatbread recipes. While most of my pizza recipes are optimized for use in home ovens that can't exceed 550°F, I've baked them regularly in blazing hot wood-fired ovens, where they've worked wonderfully. That always made sense to me since, generally speaking, with all else being equal, the hotter and faster you cook a flatbread, the better it comes out, since the interior stays moist and tender while the exterior gets nicely browned and charred.

Which is why I was stumped when I started baking pies in an Ooni Koda tabletop outdoor gas oven—which easily achieves wood-fired-oven temperatures of 800-900˚F—and they kept burning before the toppings and underside were fully baked. I don’t mean that they charred, mind you. Charring—or leoparding, as the constellation of irregular dark-brown spots on the rim of a well-made pie are commonly referred to—is a good thing, adding welcome Maillard and caramelization flavor to the crust. What I'm talking about is more like incineration, where the rim would be solidly black and unpleasantly bitter in large swathes, oftentimes because they literally caught on fire as the pie baked.

At first I assumed that it was user error on my part, or a flaw in how my particular oven worked. But then I remembered all the other people making wonderful, not-burned pies in similar tabletop ovens on my Instagram feed. Which made me wonder: Why would my doughs bake beautifully in larger wood-fired ovens but burn in compact tabletop ones like my Ooni when they both heated to identical temperatures?

It didn’t take long to realize that the difference came down to only one thing: size. In a wood-fired oven, the fire is nestled in one corner of a wide, tall space, leaving loads of room for the pies to cook at a safe distance from it. In a tabletop oven, the pizza sits just inches from the fire, which means it's subjected to a ton of intense heat, with no place to go to escape from it.

To figure out what I was doing wrong, I decided to reach out to some of those tabletop pizza oven experts for advice. If they could make it work, then I needed to find out why straight from the source. Almost to a one, they told me this: Avoid adding anything to the dough beyond the four fundamental elements of any bread—flour, water, salt, and yeast—or the pies will burn.

Then it was obvious: That New York-style pizza dough recipe I mentioned above, the one that had launched countless others, was where I’d first gone astray. That’s because in addition to flour, water, salt, and yeast, it contains a few extra ingredients: sugar, oil, and—in later iterations and in several spin-off recipes—something called diastatic malt powder. 

All three of these ingredients are essential components in a pizza dough that is meant to be cooked at a much lower temperature in a home oven, where pizza takes awhile—8 to 12 minutes or so—to brown, because: 

  • Sugar promotes browning, since it's sugars—added or naturally found in the dough’s flour—that caramelize in the heat of the oven.
  • Diastatic malt is an enzyme that converts the starches in flour to sugar, and is often added to doughs to ensure that there is always enough sugar in the crust for good browning.
  • Oil serves to keep the finished pizza tender, since it lubricates the gluten network to keep it supple, even after a relatively long bake. 

But the combination of all three of these things is bad news when the pies cook in just 2 minutes: Sugar and diastatic malt both provide too much "food" for caramelization, and oil—in addition to its effect on tenderization—promotes heat transfer from the oven to the pie, speeding up browning all over again.

I ran a series of tests to confirm my suspicion. I made doughs with and without each of these ingredients, and in every case, the pies containing the “extra” elements were prone to burning before the toppings and/or underside were fully cooked. (I also timed how long it took each pie to cross the line between charred and burned, and the only one that lasted longer than 2 minutes was the one without all the add-ins.) 

Once I ditched these amendments to my formula, the rest was easy, especially since there were only four ingredients to consider, and because the remainder of my pizza dough chops were solid:

Flour: I landed on a medium-high protein flour here, one like King Arthur all-purpose—with about 12% protein—instead of bread flours, which are closer to 13%. The protein percentage determines the amount of gluten that forms in a dough and thus the texture of the finished pizza. That's because without oil to tenderize the dough, high-protein bread flour produces a pizza that's a little tough. Reducing the protein slightly helped to restore the lost tenderness. (That said, if you don’t have access to King Arthur all-purpose, bread flour is the next best thing.) 

Water: The percentage of water in a dough also has a profound effect upon the final texture of the pie, since water, like oil, also lubricates gluten. So more water is generally better if you want a tender, not-tough dough. But too much water can make a dough sticky and hard-to-handle, so there's a limit, especially if you're trying to create a formula that's easy for beginners and experts alike. I ended up with a 67% hydration dough (or 67g of water for every 100g of flour), a good compromise between ease of handling and maximum tenderness. One note: I actually prefer 70% hydration myself, though that dough can be a touch hard to handle. I offer instructions in the notes below if you want to increase the hydration once you're comfortable with this dough.

Yeast: Almost all of my pizza doughs are cold-fermented, meaning they spend at least a few days in the fridge before use (more on why below). Because of this I use a tiny amount of yeast—0.4%, or just 1/2 teaspoon for three to four pizzas worth—to avoid runaway fermentation. 

Salt: Most breads, pizza included, contain between 1.5 to 2.5% salt; I like a high percentage of salt in my pizza doughs—2.2% in this case—as it ensures the crust has the robust flavor it needs to stand up to toppings that are (often) intensely flavored . 

As for the mechanics of dough mixing, kneading, and the initial fermentation, it’s all pretty straightforward. You use a food processor to quickly mix the dough, minus the salt, and then you let it rest for 20 minutes. This step, known as an autolyse, helps passively develop gluten so that the dough doesn’t overheat during machine kneading. Then you add the salt and knead the dough in the machine until it’s well-developed, which takes about 30 seconds. 

After that, you put the dough in a bowl and allow it to proof at room temperature until it's puffy, which takes about an hour or two, which gives fermentation a jumpstart before you divide the dough, shape it into balls, and move the balls into the fridge. 

Cold fermentation is a fundamental technique for dough-making for a few key reasons:

Flavor: Cold fermentation develops a complexity of flavor in the dough that a fast fermentation can't, thanks to the sorts of flavorful compounds that form only when a dough proofs at low temperatures. (At higher temperatures, those compounds get converted fully to carbon dioxide, the gas that gives bread lift.) 

Easy Stretching: This slow fermentation gives the dough time to relax, which makes it easy to stretch out into a nice round disk without the dough fighting back. Not only does this help improve the look of your pies, it keeps them tender, because an overworked dough yields a tough, chewy pizza. 

Convenience: While this method does require advanced planning, you can make pizza anytime within a 3-day window once the doughs are in the fridge, only an hour or two after you pull them out. 

The recipe makes four 225-gram dough balls—sized to make 10-inch pies, which I think are an ideal diameter for a smaller (12-inch) oven—or three 300-gram dough balls, sized to make 12-inch pies in a larger (16-inch) oven. 

I strongly recommend that you cold-proof the dough in individual containers—like the 7-inch plastic takeout container pictured above—rather than side-by-side on a rimmed baking sheet. This helps to prevent the dough balls from kissing one another, which will make them hard to separate without tearing, but it also means you can handle each ball as gently as possible, which will help you to avoid overworking the dough before you shape it.

You can use this dough to make any kind of topped pizza you'd like, but I've also developed four recipes that specifically call for this dough, which you can find at the links below:

Recipe Facts

Prep: 5 mins
Cold Proof: 24 hrs
Total: 24 hrs 5 mins
Serves: 4 servings

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Ingredients

  • 535g (18.9 ounces; about 4 cups plus 3 tablespoons) high protein all-purpose flour, such as King Arthur (Baker’s percentage: 100%)
  • 2g (0.07 ounce; 1/2 teaspoon) instant dry yeast, such as SAF (Baker’s percentage: 0.4%)
  • 360g (12.7 ounces; about 1 1/2  cups plus 1 tablespoon) water, at 40°F (4°C) (Baker’s percentage: 67%)
  • 12g (0.4 ounce; 1 tablespoon) Diamond Crystal kosher salt (Baker’s percentage: 2%)
  • Extra-virgin olive oil for oiling proofing containers and dough balls

Directions

  1. Combine flour and yeast in the bowl of a food processor. Pulse 3 to 4 times until well-combined. With machine running, add water and continue to process until mixture forms rough ball and no dry flour remains, 10 to 20 seconds. Allow to rest for 20 minutes.

    Pizza dough after just coming together in a food processor

    Melissa Rivard

  2. Add salt to top of dough and process until a mostly smooth ball of dough forms, 20 to 30 seconds. Dough temperature should register 75°F (24°C) on an instant-read thermometer when mixing is complete. If not, continue to mix in 10 second intervals until it reaches the desired dough temperature. Transfer dough ball to a lightly oiled medium bowl and knead once or twice by hand until smooth ball is formed. Cover bowl and let dough sit for 45 minutes.

    Instant read thermometer stuck in dough in food processor reading 75 degrees Fahrenheit

    Melissa Rivard

  3. Using lightly-moistened hands, knead dough in bowl until uniform in texture, 5 to 10 seconds. Cover and let sit at room temperature until puffy and not quite doubled in volume, 60 to 120 minutes.

    Collage showing dough being briefly kneaded then allowed to proof until doubled in size

    Melissa Rivard

  4. Transfer dough to a lightly floured countertop and divide into four pieces of about 225g (8 ounces) each for 12-inch ovens, or three pieces of about 300g (10.5 ounces) each for 16-inch ovens. Form each portion into a smooth, round ball. Coat exterior of dough ball lightly with oil and place each in a 4- to 7-inch round, lidded plastic takeout container, or on a lightly-oiled tray, spaced at least 2 inches apart, covered loosely but completely. Refrigerate dough for at least 24 hours or up to 4 days (48 to 72 hours is ideal).

    Collage showing shaping of pizza dough into either three or four equally sized balls

    Melissa Rivard

  5. On the day you plan to bake pizzas, remove dough balls from refrigerator and allow to warm up, covered, 1 to 2 hours before baking. Exact timing depends upon ambient temperature; dough should reach at least 60°F (15.5°C) before stretching and baking.

    Pizza dough balls in three takeout containers on a wooden surface

    Melissa Rivard

Special Equipment

Digital scale, jeweler's scale, food processor, round plastic takeout containers or dough-proofing boxes

Notes

For best results, use a digital scale set in grams to measure ingredients. For the yeast, using a jeweler's scale will give you the most precise measurement possible.

If King Arthur all-purpose flour is unavailable, bread flour may be used in its place.

Once you are comfortable working with this dough, you can try increasing the hydration. I really like this dough at 70% hydration, but it's slightly more difficult to work with, and inexperienced pizza-makers may find that it's more prone to tearing during stretching. To increase the hydration to 70%, use 375g (13.2 ounces) of water in step 1 (an additional 25g).

Make-Ahead and Storage

The pizza dough needs to be made at least 24 hours ahead of baking. It can be refrigerated for up to 4 days, but 2 to 3 days is ideal.