I’m ashamed to admit the number of years I baked before I was in a commercial kitchen and the baker stood next to me watching me knead dough. He then said, “Here, let me show you how this is done.”. I just wish someone told me sooner.
I saw your post about the doughnut disaster, but didn’t comment because another poster already responded. But since you brought up doughnuts on this thread, here’s my 2 cent worth:
Desired Dough Temperature (DDT) - in baking you if have to stay within the appropriate temperature range. It doesn’t matter if it’s bread, cookies, or puff pastry, the finish temperature is critical in baking. There’s different methods to control finished dough/batter temperature. For instance, cream 60°F butter with sugar to control the finished temperature cake batter and cookie dough. In bread and doughnut doughs, adjust the water (liquid) temperature to control the finished dough temperature. The reason you control the temperature of the dough,
There are five factors that go into dough temperature: water, flour, preferment, friction (mixing), and room temperature. You can only reasonably control the temperature of water (liquid). So Desired Dough Temperature (DDT) is based on adjusting the water temperature to control the temperature of the finished dough.
Desired Dough Temperature (DDT)
Total Temperature Factors (TTF)
- Room temperature
- Flour
- Preferment (optional)
- Friction Factor (mixer or hand kneading)
Required Water Temperature = (DDT x TTF) - (room temp + preferments (if using) + flour temp + friction factor)
Desired Dough Temperature (DDT) for commercial yeast doughnuts is 78°F-82°F (25.6°C-27.8°C). So use 80°F.
The steps in calculating DDT:
Step 1: 80°F is DDT.
Multiply DDT by TTF (either 3 or 4). We are only using 3 factors.
80 x 3 = 240
Step 2: add all the TTFs
- Room temp 75°F
- Flour temp 70°F
- Friction factor 6°F*
75 + 70 + 6 = 151
Step 3: subtract sum of factors from TTF
240 - 161 = 79
Required water temperature 79°F
*Friction Factor Estimates:
- 22°F -24°F for mixing in stand mixer
- 6°F-8°F hand kneading gentle folds
- 0-4°F stretch and fold
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Use the correct yeast. Active dry yeast, instant yeast are two different strains of yeast. Yeast is a living organism. It feeds on the starches in the flour. Instant yeast is a strain that reproduces rapidly, so rapidly within hours it can reproduce to levels that are unsustainable in the dough, and it starts to die off. Instant yeast cannot be used in long fermentation. I rarely use instant yeast.
Active dry is slower to reproduce, but is more sustainable. I find active yeast to be better than instant yeast.
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Dough is springing back when cutting: that is too much gluten from over kneading. When you are kneading, you must feel your dough your for texture. Once the dough begins to for form a ball and is smooth, stop kneading. Look at the King Arthur video I linked. You are so over kneading. Set a timer for 8 mins.
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Controlled temperature for proofing. It is very important that you control the temperature in which you proof. Use your oven. Turn it on for 90 seconds, then turn it off. Place an instant read thermometer in the oven on a baking sheet to check the temperature; you want the oven to be 95° to 100° F (35° to 37.8° C.
When the doughnut is properly proofed, touch it very lightly, it should hold the impression of your fingerprint just as you touch it. If is is under proofed, it will spring back, it will be a bit tight. If it is over proofed, it will slightly give in.
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Humidity: You also need sufficient humidity to prevent crusting. Place a small pan with a little bit of boiling water on the floor of the oven.
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Frying: over browning issues, use a wide pan like a wok. The doughnuts need space.
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Deflating, tasted weird, big gaps, etc., : your dough gassed out. your dough was fermented at too high a temperature. See importance of DDT. If you do not control your finished dough temperature, these are the consequences.
Baking is all science. As you learn the science behind what you are doing like
@Cahoot, you will be a great baker. There’s a lot of incorrect information on the internet and in cookbooks. Get Suas textbook. It’s for professionals, but it will clear things up.