Pizza Dough Troubleshooting Chart

Nearly every pizza dough problem is one of three numbers being wrong: hydration, yeast percentage, or dough temperature. Find your symptom in the first column of the chart below and the mechanism, the immediate fix and the prevention are on the same row. This page is about the dough itself, from mixing to the moment it goes on the peel. If the dough is fine and the launch is where it falls apart, that is a different diagnostic, on the launch troubleshooting chart.

Some of the fixes below end at a hot oven. A working pizza oven holds a 700F to 950F floor and a shell hot enough to burn on contact. Use long-handled tools and EN407 rated gloves, burn fuel outdoors only with clearance from anything combustible, keep children and pets well back, and never pour water on a hot stone: the steam scalds instantly and the thermal shock cracks the slab.

What is my pizza dough actually doing wrong?

This is the main diagnostic table. Read the second column hardest. Once you can name the mechanism you can predict the next failure instead of reacting to it, and most of these mechanisms are the same three or four things wearing different costumes.

Scan the second column and the same words keep coming back: cold, tight, over proofed, too much water. Roughly three quarters of dough faults are one of those four, and almost all of them are decided hours before you touch the dough. The reference build behind every gram figure on this page is four 250 g balls at 65 percent hydration, 2.5 percent salt and 0.3 percent instant dry yeast: 595.9 g of flour, 387.3 g of water, 14.9 g of salt and 1.8 g of yeast, which sum back to 1,000 g. Rebuild it for any batch on the dough hydration calculator.

How long does dough need to recover from each problem?

The most common mistake in the whole of home pizza is impatience: a ball that will not open is put back and re-balled, which tightens it further, and the cycle repeats until somebody blames the flour. Almost every fix in the table above has a waiting time attached, and the waiting time is the fix.

The last row is the one nobody does and everybody should. Final dough temperature, the reading taken the moment mixing finishes, is the single most predictive number in the process, and 75 to 78F is the target. A stand mixer adds friction heat, and a dough that leaves the bowl at 84F is already an hour ahead of your schedule before it has been balled. An instant-read probe thermometer reads it in three seconds, and it is the only way to know whether your ferment is running fast or you are.

As a working approximation rather than a law, yeast activity roughly doubles for every 17F, about 9C, that dough temperature rises. That is why a schedule that works in a 65F kitchen produces collapsed balls in an 80F one on exactly the same recipe. The fermentation time by temperature chart maps the relationship and the proof time calculator will run it for your conditions.

Why is my dough sticky, and why does flour make it worse?

Stickiness is not usually a hydration problem, it is a structure problem that looks like one. Wet dough with a developed gluten network holds its water inside the structure and feels tacky but manageable. Wet dough with no structure yet has free water at the surface with nothing holding it, and that is what glues itself to your hands.

Adding bench flour treats the symptom and creates two new problems. It lowers the effective hydration in an uncontrolled way, so the 65 percent dough you weighed becomes a 61 percent dough you did not, and it leaves dry flour trapped in the folds which shows up as pale streaks in the finished crust. The correct response is time and folding: rest 20 to 30 minutes, then two or three coil folds spaced 30 minutes apart, and the same dough becomes a different object.

Two pieces of technique help more than any ingredient change. Wet your hands rather than flouring them, because dough sticks to dry skin and slides off wet skin. And use a bench scraper for everything you would otherwise use fingers for: dividing, lifting, turning, cleaning the bench. Above roughly 62 percent hydration a scraper is not a convenience, it is the tool that makes the dough workable.

If the dough is genuinely too wet for the flour rather than merely undeveloped, drop the hydration by three points and try again. Neapolitan sits at 58 to 65 percent, New York at 60 to 65, Detroit and pan styles at 70 to 80, and Roman al taglio at 75 to 85. A bread flour at around 12.7 percent protein carries considerably more water than an all purpose flour before it turns to soup, which is why the same recipe behaves differently in two kitchens. The ranges are on the hydration chart and the protein figures are on the flour protein chart.

How do I tell under proofed from over proofed?

They produce opposite symptoms and they are the two ends of the same axis, so learning to read them is worth more than any recipe. The confusion happens because both can produce a bad crust, and people reach for the same fix regardless.

Under proofed dough is tight. The ball sits high and firm, it resists a fingertip and springs straight back, it fights you when you open it and shrinks after every pass, and it bakes into a dense crumb with a low rim and a pale, tight surface. The fix is more time or more warmth, and it is the easier of the two problems because dough will keep working if you let it.

Over proofed dough is slack. The ball has spread into a flat disc rather than a dome, the surface is bubbled and fragile, a fingertip leaves a dent that does not fill back in, it tears rather than stretches, and it smells of alcohol. It bakes flat, with big irregular bubbles and a rim that will not inflate. Re-balling buys you an hour and no more. There is no real recovery, only a decision to use it today.

The reliable way to read the difference before you get to the peel is to watch the bulk rather than guess at it. A graduated straight-sided container turns "has it risen enough" from an opinion into a measurement, because you can see the dough against the marks on the wall. Balls behave the same way in straight-sided proofing boxes : a ball that has spread to touch its neighbours has told you something a covered bowl never would.

When the answer is over proofing, the fix is almost never fewer hours. It is less yeast. For a 24 to 72 hour cold ferment the instant dry yeast dose is 0.05 to 0.2 percent of flour, which on the reference build means 0.3 g to 1.2 g, and getting that wrong by a factor of three is trivially easy without a 0.1 g resolution scale . If you are converting from a recipe that specifies active dry or fresh yeast, the factors are 1.25 and 3 respectively, and they are worked through on the instant vs active dry vs fresh yeast comparison.

Why does the finished crust come out wrong even when the dough felt right?

Because dough and bake are a matched pair, and a dough that is correct for one oven is wrong for another. Three faults in the chart above are really pairing faults rather than dough faults.

Tough and bready usually means a dough built for a fast bake was given a slow one, or the reverse. A 58 to 62 percent Neapolitan dough is designed to be in and out of an 850 to 950F oven in 60 to 90 seconds. Give the same dough eight minutes at 550F and it dries out before it colours, and dry crumb reads as tough. The fix is not more water, it is a different formula: 60 to 65 percent hydration and a stronger flour for a longer bake.

A pale rim is a sugar problem. Fermentation consumes the simple sugars in the flour, so a very long ferment can leave too little behind for browning in the seconds a hot bake allows. If your rim is pale after a 72 hour cold ferment, shorten it or move to a flour formulated to hold a long schedule. If it is pale after a short ferment, the problem is top heat rather than dough, and that belongs on the oven temperature by style chart.

A soggy base is water arriving faster than the base can drive it off. The dough contribution is real, since a wetter dough has more to lose, but the usual culprits are a sauce that was too thin or too generous, wet mozzarella that was not drained, and a floor that was not at temperature. Cap sauce at about 90 g and cheese at about 80 g on a 12 inch pizza, and slide the finished pizza onto a rack rather than a plate, because a plate traps the steam that undoes the last two minutes of baking. The full set of causes is in the guide on why a pizza base is not crispy.

What should I check before blaming the recipe?

In this order, because this is roughly the order of how often each one turns out to be the culprit.

• Was the flour weighed? A cup of flour scooped from a bag varies by up to 20 percent depending on how it was packed, which is enough to move a dough from 65 percent hydration to 55 without you noticing. This single item explains more failed doughs than everything else combined.
• What was the final dough temperature? Target 75 to 78F straight out of the mix. Above 80F your schedule is already running fast and the collapse you are about to see was decided at that moment.
• Was the yeast weighed, and is it alive? At cold-ferment doses you are weighing under 2 g, and a tired packet doubles every time in the schedule. Test an old packet in 100 g of 105F water with a pinch of sugar and look for foam within 10 minutes.
• Did salt touch the yeast water? Salt in a concentrated solution with yeast slows it sharply. Salt goes in the flour or into the mix, never into the yeast water.
• How warm is the room, really? The recipe was written for someone else kitchen, not yours. A 78F kitchen is a completely different schedule from a 65F one on the same numbers.
• Was the dough given rest between handling steps? Mixing, balling and opening all tighten gluten, and each one needs a relaxation window before the next.

Once the dough itself is behaving, the remaining failures move downstream to the peel and the oven. Dust with semola rimacinata rather than plain flour, because fine flour hydrates into paste within about a minute and glues a pizza to the peel. The technique for opening a ball without thinning the centre is in the stretching guide, and the whole cold schedule, from mix to ball to fridge, is in the cold fermentation guide. If the dough is going to sit for longer than the schedule allows, freezing it is a better answer than pushing the ferment, and that is covered in the guide on storing and freezing pizza dough.