Top 10 Bread Making Tutorial

So you want to bake bread. Here is what actually works.

I have been baking bread for over twenty years, mostly because it is cheaper than buying loaves and slightly easier on your mental health too. The internet is full of bread tutorials, most of them are fine, a few of them are actively misleading you. I put together a Top 10 Bread Making Tutorial list based on what I have seen that actually produces decent results in a home kitchen, not a professional bakery with a $4,000 deck oven. The number one thing that matters is not your recipe, it is your technique, specifically how you handle the dough and how much you pay attention to temperature. Everything else follows from that. Bread making tutorial number one is understanding fermentation. Most beginners treat it as waiting time. It is not waiting time. It is active biochemical work. Your yeast eats sugars, produces carbon dioxide, and develops flavor compounds. If you rush it by keeping the dough in a warm spot, you get bread that rises fast but tastes flat and has a poor crumb structure. The solution is cold retardation, putting the shaped loaf in the fridge overnight. This slows fermentation dramatically, usually from about 3 to 4 hours at room temperature down to roughly 12 to 16 hours, and it builds far more flavor complexity. I learned this the hard way when I tried to speed up a sourdough batch during a busy week, baked it after only three hours at room temperature, and the result was dense and bland, something no tutorial would have warned me about until I ruined three loaves.

Tutorial two covers autolyse, which is a fancy word for mixing flour and water and letting it sit for twenty minutes before adding salt and yeast. This does something critical that most people skip: it allows the flour to fully hydrate and the gluten strands to start forming on their own. Without autolyse, you typically spend two to three times longer kneading and the final dough is tighter and harder to work with. A standard ratio is 500 grams of bread flour, 350 grams of water, rested covered for thirty minutes. Then add your salt and starter or yeast. This cuts bulk fermentation time by about twenty percent in my experience. The third tutorial topic is fold technique instead of kneading. For high hydration doughs above seventy percent hydration, traditional kneading is a mess. Instead you do a series of coil folds or stretch and folds every thirty minutes during the first two hours of bulk fermentation. Four to five sets of six folds each replaces thirty minutes of aggressive kneading and actually builds stronger gluten networks. This is counter-intuitive for most people coming from old cookbooks that demand elbow grease, but wet doughs reward gentleness. Number four is about weighing ingredients. Grams matter, volume measurements do not, and this is where most home bakers fail. A cup of flour can weigh anywhere from 120 to 150 grams depending on how packed it is. That variance alone accounts for roughly twenty to thirty percent of failed loaves. A basic kitchen scale costing ten dollars fixes this permanently.

Fifth is oven spring and steam. You need steam in the first twenty minutes of baking for any decent oven spring. The steam keeps the crust soft and extensible so the bread can expand fully before it sets. Without steam, you get a thick pale crust that restricts expansion and yields a dense interior. The hack most tutorials do not mention is using a Dutch oven or an inverted sheet pan with a cup of ice water. This traps steam without expensive equipment. I once baked twenty loaves without a Dutch oven during a power outage using a cast iron pot and a roasting pan, and the results were nearly identical to a properly vented proofer. Sixth tutorial is scoring. A lame or sharp blade at a thirty degree angle, a single confident motion, not sawing. Scoring controls where the bread expands. If you score poorly or not at all, the bread bursts open randomly along the weakest point, usually the bottom, and you lose structural integrity. A proper ear, that raised flap of crust, comes from a quick decisive cut with sufficient depth, about a quarter inch into the dough for most loaves. Seventh is understanding hydration percentages properly. Bakers express hydration as a ratio of water to flour by weight. Sixty-five percent hydration is a standard sandwich loaf. Seventy percent is good for artisan boules. Seventy-five to eighty percent produces open crumb ciabatta and focaccia. Higher hydration doughs are stickier and harder to shape but produce lighter, more open crumb. The tradeoff is real. If you are a beginner, stay at sixty to sixty-five percent until you can shape reliably.

Eighth covers the proofing test, also called the poke test. Press your floured finger about half an inch into the dough. If it springs back immediately, it needs more time. If it springs back slowly and leaves a slight indentation, it is ready to bake. If it collapses, it is over proofed and you have about ten minutes to bake it before it goes flat. This test works across almost all yeast leavened breads and saves more disasters than any other single technique. Ninth is cooling completely before slicing. This sounds minor but cutting into warm bread causes the interior structure to collapse because the starches have not yet set. The crumb becomes gummy and the texture ruins itself within seconds. Wait at least one hour for a standard loaf, two hours for large dense loaves like rye. I have cut loaves too early more times than I care to admit, and the result is always the same: a dense, pasty middle that looks and tastes nothing like bread should. The tenth and final tutorial is. Take notes. Every batch. Write down flour type, hydration percentage, ambient temperature, fermentation times, and how the dough felt at each stage. Two weeks into this habit you will spot patterns that no tutorial can teach you, like how your kitchen behaves differently in winter versus summer, or how a specific flour brand absorbs water faster than another.

Now here is something most bread tutorials will not tell you because it is inconvenient. High hydration doughs above seventy five percent are genuinely difficult for beginners and they frequently fail. The dough spreads instead of holding shape, the crust becomes overly thick, and you end up with flat rivelen instead of structured loaves. If you are just starting out, stick to sixty to sixty five percent hydration and build from there. Also, sourdough is not easier than commercial yeast bread, it is slower and less predictable. A white bread with instant yeast and a two hour bulk fermentation is simpler and more forgiving than a sourdough that demands a maintained starter and twelve hour cold retard. One more practical note about flour. Bread flour around thirteen percent protein is the standard target. All purpose flour at eleven percent works but the structure will be noticeably weaker. Cake flour at eight percent will produce tender flat results unsuitable for most yeast breads. I once used a bulk bag of unmarked flour from a local mill that turned out to be twelve percent protein rather than the expected fourteen, and my typical batch structure collapsed entirely because the gluten network could not hold the gas. Check the protein content on the bag if it is listed, and adjust your hydration by five to eight grams if it differs from the standard thirteen percent assumption. If you follow these ten points in order and keep a simple notebook by your kitchen counter, your success rate should climb from roughly fifty percent to above eighty percent within the first month. Bread making is straightforward if you respect the chemistry instead of fighting it.