When you make masa tortillas at home, you’re connecting to centuries of tradition—this is how tortillas have been enjoyed across Mexico for generations. With just three ingredients—masa harina, water, and salt—you can have warm, fresh tortillas in minutes.

Why This Recipe Works

• Masa harina (like Maseca or Bob’s Red Mill) already contains lime-treated corn, which gives authentic flavor and pliability.
• Warm water hydrates the masa so it binds together easily.
• A pinch of salt enhances the natural corn taste.

That’s it—no gums, no blends, no additives. Just pure masa goodness.

Cooking Tips

• Hydration is key: The dough should feel like soft Play-Doh—not sticky, not crumbly. Adjust with a teaspoon of water or masa harina as needed.
• Use a tortilla press: It makes quick work of flattening dough balls into perfect circles. If you don’t have one, a rolling pin or heavy skillet works too.
• Cook hot and quick: Each tortilla cooks in 30–60 seconds per side. Look for light brown spots and slight puffing.
• Keep them warm: Stack tortillas in a towel or tortilla warmer to trap steam and keep them soft.

Serving Ideas

Fresh masa tortillas are incredibly versatile:

• Classic street tacos with carne asada, carnitas, or grilled vegetables.
• Quesadillas with melty cheese and salsa.
• Enchiladas—fry lightly before rolling.
• Simply warm with butter, cheese, or beans for a snack.

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Gluten-Free Masa Tortillas

Unlike flour-based versions, masa tortillas are naturally gluten-free, made from nixtamalized corn (masa harina). The result is a tortilla with a soft, slightly springy texture and a deep, earthy corn flavor that pairs perfectly with everything from tacos to enchiladas.

Course Main Course

Cuisine Mexican

Keyword Fresh tortillas, gluten free tortillas, Homemade Tortillas

Prep Time 10 minutes minutes

Cook Time 15 minutes minutes

Total Time 25 minutes minutes

Servings 12 Tortillas

Calories 72kcal

Equipment

• 1 Tortilla Press

Ingredients

• 2 cups masa harina about 240 g
• 1 ½ cups warm water 360 ml, plus more if needed
• ½ tsp salt

Instructions

• Mix the dough: In a large bowl, combine masa harina and salt. Slowly pour in the warm water while mixing with your hands until a soft dough forms.
• Check consistency: The dough should feel like soft Play-Doh. If too dry, add a teaspoon of water at a time; if sticky, add a little more masa harina.
• Portion: Divide dough into 12 equal pieces. Roll each into a ball.
• Press: Place a ball between two sheets of parchment or plastic wrap in a tortilla press. Flatten into a thin circle, about 6 inches across.
• Cook: Heat a dry skillet or griddle over medium-high heat. Cook each tortilla for 30–60 seconds per side, until lightly browned and slightly puffed.
• Keep warm: Stack tortillas and cover with a clean kitchen towel until ready to serve.

Notes

Notes
Best served fresh, but leftovers can be wrapped and refrigerated for 2–3 days.
Reheat on a hot skillet or directly over a gas flame.

Nine times out of ten, that’s a temperature problem.

Baking temperature is the most underestimated variable in home sourdough baking. Most people set their oven to 450°F, wait for the preheat beep, and slide the loaf in. But oven temperature management is more nuanced than a single number — and understanding it will immediately improve your results.

Why Temperature Matters More Than Almost Anything Else

When your loaf hits the oven, three things happen at the same time — and each one needs different heat to work correctly.

Oven spring is the final burst of CO₂ from the yeast as the dough heats up rapidly. It only works if the oven is genuinely hot at the moment the bread goes in. A sluggish oven at the start means the crust sets before the loaf can fully expand — and that height is gone permanently.

Crust formation is the Maillard reaction — the same chemistry that browns a steak. It needs sustained high heat to produce that deep, crackling, caramelized crust. A pale loaf almost always means insufficient heat in the uncovered phase.

Interior baking is the crumb reaching an internal temperature of 205–210°F (96–99°C). If your crust develops faster than your interior bakes through, you end up with a loaf that looks perfect on the outside and is gummy in the middle.

These three processes don’t all need the same temperature. Managing heat across the bake — rather than keeping it constant — is what gives you the full package: strong oven spring, deep color, crisp crust, and a fully baked, open crumb.

The Ideal Temperature Range

Most sourdough bakes use a starting temperature of 450–500°F (230–260°C).

The upper end of that range — 475–500°F — is better for larger boules where you want maximum oven spring before the crust sets. The lower end — 450–460°F — is more forgiving for smaller loaves or bakers whose ovens tend to run hot.

The single most important rule: Your oven must be genuinely preheated, not just to temperature on the dial. The difference matters more than most bakers realize.

The Preheat Problem

When your oven reaches the set temperature, the air inside is at that temperature. But the walls, floor, and any baking vessel inside are not — they take significantly longer to fully absorb and radiate heat.

A home oven that “finishes preheating” in 15 minutes has air at 450°F but oven walls and a Dutch oven that are still 50–75°F cooler than that. Bread baked in an underpreheated Dutch oven doesn’t get the initial blast of heat needed for strong oven spring.

The fix: Preheat for a minimum of 45–60 minutes, not 15–20. If you’re using a Dutch oven, it needs to be inside the oven during the entire preheat — placed on the center rack with the lid on before you ever turn the oven on.

This single change — extending your preheat — will visibly improve your oven spring on the next bake.

Use an oven thermometer. Most home ovens are inaccurate by 25–50°F, and some are off by more. A $10 oven thermometer tells you what your oven is actually doing, not what the dial says. If your oven runs cool, increase your set temperature to compensate. If it runs hot, lower it.

The Two-Stage Bake (And Why It Works)

The most effective approach to sourdough temperature isn’t a fixed setting — it’s two distinct phases that serve completely different purposes.

Stage 1: Covered at High Heat — Oven Spring

Temperature: 475–500°F (246–260°C) conventional / 450–475°F convection
Time: 18–25 minutes depending on loaf size
Lid: On

Baking with the Dutch oven lid on does two things simultaneously. It traps the steam the dough itself releases — keeping the surface moist and flexible so the loaf can expand fully before the crust sets hard. And it concentrates heat around the loaf, accelerating the oven spring process.

A crust that sets too early stops oven spring in its tracks. This is why bakers using a Dutch oven consistently get better rise than those baking on an open tray with no steam. After 20–25 minutes the loaf will have reached its maximum height. The interior is mostly baked through; the crust is set but still pale — exactly where you want it before moving on.

Stage 2: Uncovered at Lower Heat — Crust and Color

Temperature: 425–450°F (218–232°C)
Time: 15–25 minutes
Lid: Off

Remove the lid and drop the temperature slightly. This stage is entirely about crust development: color, thickness, and that crackling texture. Moisture escapes, the outer surface begins to caramelize, and the Maillard reaction does its work. The timing depends on how dark you want your crust — use it as a guide, but watch the loaf.

• 15 minutes: Light golden — thin, less crackly crust
• 20 minutes: Medium-deep amber — the classic sourdough look
• 25+ minutes: Dark mahogany — thick, intense crust with bold flavor

Optional Stage 3: Extended Low Bake for Extra-Thick Crust

Temperature: 400°F (200°C)
Time: 5–10 minutes
Oven door: Cracked open slightly

If you want a bakery-thick, shatteringly crisp crust — the kind that sings when you score it — this third stage dries the crust without continuing to cook the interior. Crack the oven door slightly and let the loaf sit at lower heat with some airflow. Optional, but worth trying once.

Pre-Bake Checklist: Get Your Oven Ready

Diagnosing Temperature Problems

If something went wrong with your last bake, use this tool to identify the most likely cause and fix. Select the symptom that best describes what you saw.

Adjustments for Different Loaf Styles

Standard boule (the most common home bake): Full two-stage approach. 500°F for 25 minutes covered, 450°F for 20 minutes uncovered.

Smaller loaves or batards: Reduce Stage 1 to 20 minutes. The smaller mass heats through faster, so less covered time is needed.

Whole wheat or high whole grain loaves: These brown faster than white flour loaves. Start at 450°F rather than 500°F and watch the color carefully during Stage 2.

Sourdough focaccia: Different approach entirely — baked uncovered at 425–450°F for 20–25 minutes without a Dutch oven. The thin profile doesn’t need the covered stage.

Sourdough sandwich loaf (in a loaf pan): No Dutch oven. Bake at 375–400°F for 35–45 minutes. Lower temperature for longer — the enclosed pan traps moisture similarly to a Dutch oven lid.

No Dutch Oven? Here’s How to Create Steam

A Dutch oven is the easiest way to manage steam at home, but it’s not the only way.

Baking with a covered roasting pan: Use a large roasting pan as a lid over a cast iron skillet or baking stone. Preheat both together.

Steam tray method: Place an empty metal roasting tray on the bottom rack during preheat. Right after loading the bread, pour a cup of boiling water into the tray and immediately close the oven door. The steam will fill the oven cavity for the first 15–20 minutes.

Spritz method: Spray the oven walls and the top of the dough with water right as you load the bread. Less effective than a steam tray but better than nothing.

All of these methods work — but the Dutch oven remains the most reliable because it traps steam directly around the loaf rather than in the larger oven cavity.

Frequently Asked Questions

The Bottom Line

Baking temperature isn’t just the number on your oven dial — it’s the full management of heat across a bake that starts 60 minutes before the loaf goes in and continues through two distinct stages. Get the preheat right, understand the two-stage approach, and know what you’re looking for in each stage, and you’ll pull bakery-quality loaves from a home oven consistently.

Related guides:

• Sourdough Not Rising in the Oven? — when oven spring fails completely
• Harnessing Steam for Perfect Sourdough — a deeper look at steam management
• Why Is My Sourdough Gummy Inside? — often a temperature or timing issue
• Sourdough Too Sticky? — if handling is the problem, not the bake
• Easy Sourdough Recipe With Starter — put it all together

This guide explains what hydration really means, how it affects every stage of your bake, and how to find the right level for where you are right now.

What Is Sourdough Hydration?

Hydration is simply the ratio of water to flour in your dough, expressed as a percentage.

The formula: (weight of water ÷ weight of flour) × 100 = hydration %

So if your recipe uses 500g of flour and 350g of water: 350 ÷ 500 × 100 = 70% hydration

That’s it. The number tells you how much water is in the dough relative to the flour.

Want to calculate your sourdough hydration? Use this free tool!

What it doesn’t tell you — and this is where most hydration guides fall short — is what that percentage will actually feellike in your hands. Because 70% hydration can feel very different depending on your flour, your water temperature, your kitchen humidity, and how long the dough has fermented. Understanding those variables is what separates bakers who use hydration as a genuine tool from those who just follow a number.

What Hydration Actually Controls

Before getting into the levels, it helps to understand what hydration affects across the whole baking process:

Fermentation speed: Higher hydration doughs ferment faster because water is the medium in which yeast and bacteria are active. At the same temperature, an 80% hydration dough will complete bulk fermentation noticeably faster than a 65% dough. This matters when you’re planning your bake schedule.

Crumb structure: Higher hydration generally produces a more open, irregular crumb with larger holes. Lower hydration produces a tighter, more uniform crumb. Neither is better — they serve different purposes. An open crumb is beautiful in a rustic boule; it’s impractical in a sandwich loaf.

Crust: Higher hydration doughs tend to produce a thinner, crispier crust. Lower hydration doughs produce a thicker, chewier crust.

Handling difficulty: This is the most practically significant effect. Higher hydration doughs are stickier, slacker, and harder to shape. The gluten network is more extensible but less strong. Every technique — stretch and fold, shaping, scoring — is more challenging with a wet dough.

Shelf life: Higher hydration bread tends to stay moist longer because the water is more evenly distributed throughout the crumb.

Hydration Levels Explained

Low Hydration: 60–68%

What it feels like: Firm, smooth, and easy to handle. The dough holds its shape readily, doesn’t stick aggressively to surfaces, and is forgiving to shape.

What it produces: A tighter, more uniform crumb — excellent for sandwich loaves, toast bread, and any recipe where you want slices that hold together cleanly. The crust is slightly thicker and chewier.

Fermentation: Slower than higher hydration doughs at the same temperature. Bulk fermentation may take 30–60 minutes longer.

Best for:

• Beginners building confidence with dough handling
• Sandwich bread and everyday loaves
• Bakers with cool kitchens where higher hydration would ferment too unpredictably
• Enriched doughs (where butter or oil is being added)

The misconception: Many beginners assume low hydration = inferior bread. It doesn’t. Some of the most respected sourdough bakers work primarily at 65–68% hydration because the dough is more controllable and the results are more consistent.

Medium Hydration: 68–75%

What it feels like: Soft and slightly tacky, but manageable. The dough stretches well without tearing and builds good strength through stretch and fold sets. It will stick to your hands if you’re not using wet hands or a scraper, but it holds together and shapes with reasonable ease.

What it produces: A good balance of open crumb and structure. The holes are more irregular than a low-hydration loaf, the crumb is lighter and airier, and the crust is thinner. This is the range that most sourdough recipes are written for, and it produces what most people picture when they think of a classic sourdough loaf.

Fermentation: Moves at a predictable pace in most kitchens. This is the easiest range to time reliably.

Best for:

• Most everyday sourdough baking
• Bakers who want an open crumb without extreme stickiness
• Recipes that call for overnight cold proof
• The “sweet spot” range for home bakers at most skill levels

The sweet spot within the sweet spot: 72–73% is where many experienced home bakers land for their standard loaf. Open enough to be interesting, manageable enough to shape consistently.

High Hydration: 75–85%+

What it feels like: Slack, wet, and sticky. The dough spreads significantly when you stop supporting it. Shaping requires confident technique — gentle handling collapses the structure. This is the range that intimidates most beginners and humbles many intermediate bakers.

What it produces: The dramatic open crumb with large, irregular holes that you see in professional bakery photos. A thin, crackly crust. A custardy, almost creamy texture between the holes. This is the style most associated with artisan sourdough.

Fermentation: Fast. A high-hydration dough can over-ferment quickly, especially in warm kitchens. The window between perfectly proofed and over-proofed is narrower.

Best for:

• Experienced bakers with strong shaping technique
• Ciabatta, focaccia, and rustic boules where an open crumb is the goal
• Bakers who have mastered lower hydration and want a new challenge

The honest truth: Most of the stunning open-crumb photos you see online are high-hydration doughs baked by people with strong technique and sometimes commercial equipment. If your high-hydration loaves keep spreading sideways or producing a gummy crumb, the answer isn’t to push hydration higher — it’s to develop your technique at a lower hydration first.

How Flour Type Changes Everything

Here’s what most hydration guides don’t tell you clearly enough: the same hydration percentage behaves completely differently in different flours.

Bread flour (12–14% protein) absorbs significantly more water than all-purpose flour. A 75% hydration dough made with bread flour will feel noticeably stiffer than a 75% dough made with all-purpose. If you substitute all-purpose for bread flour in a recipe without reducing water, your effective hydration is higher than intended.

Whole wheat flour has bran particles that absorb water slowly but absorb more of it overall. A dough with 20% whole wheat will continue absorbing water for 30–60 minutes after mixing, becoming less sticky as it rests. When using whole wheat, autolyse (resting the flour and water before adding starter) is especially valuable.

Rye flour absorbs more water than any other common bread flour. Even a small percentage of rye — 10–15% — noticeably changes how a dough feels. Rye also doesn’t form gluten the same way wheat does, which means high-rye doughs are inherently stickier regardless of hydration.

Stone-ground and whole grain flours generally need more water than their refined counterparts. If you switch to a stone-ground flour without adjusting your water, your dough will feel stiffer than expected.

The practical rule: When switching flour types or brands, reduce your water by 20–30g from what the recipe states and add more gradually until the dough feels right. It’s easier to add water than to correct an overly wet dough.

How to Handle High-Hydration Dough

If you’re working at 75%+ hydration, these techniques make the difference between manageable and maddening:

Wet hands, always. Keep a small bowl of water nearby and dip your hands before every time you touch the dough. Wet hands glide over sticky surfaces instead of dragging and tearing.

Coil folds over stretch and folds. At very high hydration, coil folds (picking the dough up from the center and folding it under itself) build strength more effectively than standard stretch and folds. Do 4–6 sets in the first 2 hours of bulk.

Cold shaping. Shape straight from the fridge after an overnight retard. Cold dough is dramatically more manageable than room-temperature high-hydration dough — it holds its shape long enough to score cleanly and retains structure going into the Dutch oven.

Bench scraper over hands. Use the scraper to move, fold, and tension the dough rather than your hands. You can build more shaping tension with a scraper than by hand on a wet dough.

Rice flour in the banneton. Regular flour gets absorbed into a wet dough surface. Rice flour doesn’t, which prevents the dough from sticking in the banneton. Dust generously.

Choosing Your Hydration — A Decision Guide

You want an open, airy crumb with big holes: → Work up to 75–78% with bread flour. Master shaping first.

You want a reliable everyday loaf with good texture: → 70–73% is your range. Consistent, manageable, delicious.

You’re a beginner or recently had frustrating results: → Start at 65–68%. Build technique. Increase gradually.

Your kitchen is warm (above 76°F in summer): → Reduce hydration slightly — 2–3% lower than your usual. Warm kitchens make high-hydration doughs ferment unpredictably fast.

You’re using whole wheat or rye flour: → Increase water by 2–5% compared to an all-white flour recipe. These flours need it.

You’re baking same-day (no overnight cold proof): → Use 68–70% maximum. Without cold firming, high-hydration dough is very hard to shape in a same-day bake.

A Note on Hydration Inflation

There’s a tendency in sourdough communities online to treat higher hydration as inherently more skilled or desirable. It isn’t. Hydration is a tool — the right level is whichever one produces the bread you want to make, consistently, in your kitchen, with your flour.

Many professional bakers work at 72–75% hydration for their standard loaves and reserve higher hydration for specific styles. The bakers who consistently produce the best bread aren’t the ones chasing the highest hydration number — they’re the ones who have found their hydration and mastered it.

Frequently Asked Questions

What hydration is best for beginners? Start at 65–68%. You’ll still get a lovely open crumb and good flavor, and you’ll be able to focus on technique rather than fighting sticky dough. Increase hydration once your shaping is consistent and your loaves are reliable.

Does higher hydration make sourdough taste better? No — flavor comes from fermentation time, starter health, flour quality, and salt. A well-fermented 68% hydration loaf will taste better than a poorly fermented 80% loaf every time.

Why does my 72% hydration dough feel wetter than someone else’s? Flour differences. Your flour may be lower in protein or a softer variety that absorbs less water. Try bread flour if you’re using all-purpose, or reduce your water by 20g and see if it feels more manageable.

Can I add more flour if my dough is too sticky? Once dough has been mixed and fermentation has started, adding flour disrupts the structure and creates uneven hydration pockets. Instead, chill the dough for 20–30 minutes to firm it up, use wet hands and a bench scraper to manage the stickiness, or note the issue and reduce water on your next bake.

Why does my dough get stickier as bulk fermentation goes on? As fermentation progresses, enzymes break down gluten gradually, making the dough progressively slacker. This is normal — your dough will always feel looser at the end of bulk than at the beginning. If it becomes unmanageable, fermentation has gone too long.

What’s the highest hydration I should attempt as a beginner? 72–73% is a reasonable ceiling while you’re learning. Once you can shape consistently and your loaves hold their structure through baking, you can experiment with higher percentages.

The Bottom Line

Hydration is one of the most powerful dials you can turn in sourdough baking — but it’s most useful when you understand what you’re turning it for. Lower hydration for structure, control, and consistency. Higher hydration for open crumb and challenge. The middle range for most of what most bakers bake most of the time.

Master your technique at whatever hydration is manageable right now. The open crumb will follow.

Related guides:

• Sourdough Hydration Calculator — Free tool to help calculate proper hydration
• Sourdough Too Sticky? Here’s How to Fix It — handling wet dough at any hydration
• Best Temperature for Sourdough Fermentation — how temperature and hydration interact
• Why Did My Sourdough Spread Sideways? — often a hydration + technique issue
• Same Day Sourdough — hydration recommendations for a fast bake
• Easy Sourdough Recipe With Starter — a reliable 70% hydration beginner loaf

This recipe is for those who want to take their love for sourdough and chocolate to the next level. Here, we’ll be using active sourdough starter rather than discard, yielding a chocolate bread that has a complex depth of flavor thanks to the fermentation process.

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Chocolate Sourdough Bread

A perfect blend of indulgence and rustic baking. This recipe combines the rich, deep flavors of chocolate with the distinct tang of sourdough. The result is a bread that is luxuriously chocolatey, slightly sour, and wonderfully moist. Perfect for a special breakfast treat or a decadent afternoon tea.

Ingredients

• 1 cup sourdough discard straight from the fridge is fine
• 1/3 cup unsweetened cocoa powder
• 1/2 cup granulated sugar
• 1/2 cup brown sugar
• 1/2 cup unsalted butter melted
• 2 large eggs
• 1 teaspoon vanilla extract
• 1 1/2 cups all-purpose flour
• 1/2 teaspoon salt
• 1 teaspoon baking soda
• 1/2 cup buttermilk
• 1 cup semisweet chocolate chips

Instructions

• Preheat Your Oven and Prepare Loaf Pan: Preheat your oven to 350°F (175°C). Grease a 9×5 inch loaf pan or line it with parchment paper.
• Combine the Wet Ingredients: In a large bowl, combine the sourdough discard, unsweetened cocoa powder, both sugars, melted butter, eggs, and vanilla extract. Stir until well mixed.
• Combine the Dry Ingredients: In a separate bowl, whisk together the flour, salt, and baking soda.
• Combine Wet and Dry Mixtures: Gradually add the dry ingredients to the wet ingredients, alternating with the buttermilk, starting and ending with the dry ingredients. Stir until just combined. Be careful not to overmix. Then fold in the chocolate chips.
• Pour into Pan and Bake: Pour the batter into the prepared loaf pan. Bake for 60-70 minutes, or until a toothpick inserted into the center comes out mostly clean.
• Cool and Serve: Allow the bread to cool in the pan for about 15 minutes, then remove it from the pan and let it cool completely on a wire rack.

Notes

This sourdough discard chocolate bread is a wonderful treat for any occasion. It’s perfect for breakfast, a snack, or dessert, and pairs beautifully with a cup of coffee or milk. Enjoy!