Bread Recipe From Scratch

Getting Started Without Overthinking It

The basic ratio most people end up using is 500 grams of flour, 350 grams of water, 10 grams of salt, and about 3 grams of instant yeast. That works out to roughly 70 percent hydration, which is manageable for a first attempt. You mix everything except the salt together, let it rest for twenty minutes, then work the salt in. After that you stretch and fold the dough every thirty minutes for the first two hours, let it bulk ferment until it's grown by about a third, shape it, and proof it again before baking. The water temperature matters more than most beginners realize. If your kitchen is around 70 degrees Fahrenheit and you use tap water straight from the sink, your dough will take roughly four to six hours to bulk properly. Warm water speeds things up but can make the yeast punch through the rise too fast and leave the loaf underdeveloped. Cold water slows it down but you're looking at twelve to eighteen hours, which some people prefer for flavor but is inconvenient if you're actually trying to eat bread that day.

What a Real Bread Recipe From Scratch Looks Like

Here's what the process actually is without the romance. You weigh your flour. You weigh your water. You combine them. You wait. The waiting is where most people bail out because they've been sold the idea that bread is about constant attention. It isn't. It's about timing and knowing when something looks wrong enough to fix versus normal enough to leave alone. One thing nobody tells you: flour absorption varies by brand and even by batch. I learned this the hard way when I bought a case of organic bread flour during a sale. Same stated protein percentage, same weight, but the dough was stiff and shaggy compared to what the recipe promised. I ended up adding another forty grams of water and the texture came out fine. That's about eleven percent more hydration than the formula called for. The workaround is simple. Adjust for feel, not for the written number. The dough should look like a messy, sticky mass that barely holds together when you lift the spoon. If it's smooth and tame, it needs water. If it's pooling liquid around the edges, it needs flour. Half a cup at a time for either direction. Flour type changes the game too. A high-protein bread flour at 70 percent hydration gives you a chewy crumb and good oven spring. The same hydration with all-purpose flour produces a denser loaf because the protein network can't trap as much gas. King Arthur all-purpose and Bob's Red Mill all-purpose behave differently from each other. I've run side-by-side tests where the same recipe produced visibly different volumes purely because of the flour brand.

The Equipment Question

You need a kitchen scale. Not a cup measure. The difference between 350 grams and 370 grams of water is the difference between a spreadable dough and one that won't hold its shape. A digital scale costs twelve dollars and comes with a tare function. Buy one. Also need a bowl, a spatula, a baking stone or heavy sheet pan, and a container for the final proof. A Dutch oven works if you don't have a stone. It traps steam and gives you better crust development than a bare pan. I switched to a preheated Dutch oven after burning through three failed loaves on an open sheet pan and wondering why the crust was leathery and the interior gummy. You don't need a stand mixer. Hand mixing is fine and honestly better for learning because you can feel the dough change. But if you have one, use the dough hook on low speed for four minutes and save yourself some wrist effort. Just don't overmix. Four minutes is usually plenty. Six minutes starts degrading the gluten strands and you'll end up with a tougher loaf.

Common Mistakes That Ruin Loaves

Killing the yeast with hot water is the oldest beginner mistake. Water above 130 degrees Fahrenheit will set the proteins in the yeast cells and kill them dead. Your dough won't rise. Use lukewarm water, around 105 to 110 degrees, or just use instant yeast directly with room temperature water since instant yeast doesn't need blooming. Folding too aggressively punches out the gas you've built up. Gentle stretches are the goal. Think of it as relocating the air bubbles, not deflating the whole structure. I once confused a friend by demonstrating "folding" with what I thought was vigorous technique and ended up with a flat disc. She looked at me like I'd sabotaged her expectations. Apologized and recalibrated my approach. Baking without steam produces a poor crust on any method. Steam keeps the crust soft during the first phase of baking so the loaf can expand fully before the crust sets. Without it, the crust hardens immediately and the interior can't push past the constraint. The Dutch oven method handles this automatically because the trapped moisture from the dough itself creates a humid environment. If you're baking free-form on a stone, you can toss ice cubes into the bottom of the oven on preheat and quickly close the door when you slide the loaf in. It's not as consistent as the Dutch oven but it works in a pinch.

When This Method Fails Completely

Homemade bread from scratch does not work well if you need consistent daily output. A single loaf takes a minimum of six hours from start to finish, usually eight to ten including the bake and cool. The cool-down period matters. Cutting into warm bread releases steam and collapses the crumb structure. Wait at least thirty minutes after taking it out of the oven. If you're feeding a family of four regularly, you're looking at a two-loaf minimum, which means roughly double the time and labor. A store-bought sandwich bread from a decent bakery often beats homemade for everyday use simply because the time investment is massive for what you get. There's also the environmental factor. If your kitchen is consistently below 65 degrees or above 80, fermentation becomes unpredictable. You can use a proofing box or an oven with just the light on, but that adds equipment cost and complexity. The method itself doesn't fail, but the margin for error shrinks considerably outside that range. The crust won't match commercial production bread. That's not a flaw in the method, it's a fact. Commercial bread uses conditioners, emulsifiers, and extended conditioning cycles that home bakers can't replicate. If your goal is soft, sliceable sandwich bread that stays fresh for a week, you're better off buying it or looking into enriched dough formulas with fat and sugar, which change the entire character of the loaf anyway.

One specific edge case I ran into: using whole wheat flour at 100 percent substitution. The bran particles cut through gluten strands and the result was a brick. Not dramatically, not unusable, but noticeably denser than the recipe yielded with white flour. I started doing a fifty-fifty blend and adjusted the hydration up by about fifteen grams per 500 grams of flour. The texture improved enough that my wife stopped asking if I'd accidentally used the wrong bag. Whole grain breads simply absorb more water and need longer rests. Plan accordingly or stick with partial substitution until you get a feel for how different flours behave.

A Practical Note on Storage

Freshly baked bread goes stale faster than you expect because starch retrogradation kicks in quickly at refrigerator temperatures. Don't refrigerate it. Store it in a paper bag at room temperature and consume within two days, or freeze sliced portions for longer storage. Freezing halts the staling process almost entirely. Toast directly from frozen and it's nearly indistinguishable from fresh within an hour of baking. The recipe itself is straightforward once you've done it twice. The variability in results comes from flour, water temperature, and ambient conditions, not from the method being unclear. Weigh everything. Adjust for feel. Let it do its thing. The loaf will tell you what it needs if you're paying attention.