Bread Troubleshooting: 20 Problems Solved

A disappointing loaf is easier to understand when you know what happened before it reached the oven. The same large hole can come from trapped air during shaping or insufficient fermentation; a pale crust may need more baking, not more yeast.

This guide gives starting checks for 20 common problems. It is mainly about yeast-leavened wheat and rye breads. A soft sandwich loaf, open-crumb sourdough and dense rye should not be judged against the same target. Gluten-free formulas need their own ingredient and process guidance.

The Master Troubleshooting Table

Fermentation and Crumb

1. Dough Did Not Rise

Check that the yeast or starter was added and measured correctly. Cool dough can be slow; an inactive culture, excessive salt or a large measurement error can also interfere. Measure the dough temperature instead of assuming the room temperature tells the whole story.

For packaged yeast, follow the product’s instructions. Active dry yeast does not always require a separate dissolving step: Red Star’s FAQ permits either rehydrating or blending its active dry yeast into dry ingredients. Liquid-temperature guidance differs by method; do not use a hot direct-mixing liquid temperature to rehydrate yeast on its own.

If you need an activity check, use a defined procedure such as Red Star’s test: 7g dry yeast, 1 teaspoon sugar and ½ cup water at 110–115°F. Its expected ten-minute result applies to that test, not any arbitrary teaspoon-and-pinch mixture. Account for the test water if using it in dough.

For sourdough, look for reliable rise and aeration after feeding. The float-test experiment shows that an unripe starter can float. Buoyancy alone does not certify leavening readiness. See how to make sourdough starter.

2. Dough Rose Then Collapsed

A rise that goes beyond the dough’s capacity to retain gas can lead to collapse. Weak development or rough handling may contribute. The symptom does not prove that yeast has consumed every available sugar or died.

On the next bake, compare the degree of rise and dough strength before collapse. Adjust fermentation time, temperature or yeast quantity within the recipe. If the dough was already very fragile, more vigorous folding may worsen it. Bulk fermentation should be judged by the dough as well as the clock; a temperature change does not guarantee that rise time halves.

3. Dense, Tight, Uniform Crumb

A fine crumb is normal in many sandwich breads. If the loaf is unexpectedly heavy, investigate insufficient fermentation, low hydration for that flour, poor gas retention, or too much flour added during handling.

Compare your dough with the recipe’s expected texture and rise. Do not apply the expansion target from one author’s country loaf to a different dough. Extend fermentation only when the evidence points to an underdeveloped rise. See why bread comes out dense.

4. Gummy Interior

Underbaking and slicing while hot are common possibilities, but fermentation and formula problems also matter. Let the loaf cool fully so its crumb can firm and moisture can redistribute before assessing it.

Follow the recipe’s time, color and doneness cues. King Arthur’s doneness guidance explains that a loaf can reach its target internal temperature before baking is complete. Neither 200–210°F nor two hours of cooling is a universal rule. Loaf size and composition affect both. See gummy sourdough.

5. Isolated Large Holes

A pocket trapped during shaping, an unsealed fold or flour between dough layers can leave a void. Some breads intentionally have an irregular, open crumb; not every large hole needs fixing.

If the surrounding crumb is well developed and the hole follows a shaping seam, try gentler, more even shaping and avoid trapping excess flour inside the loaf. Press out obvious oversized bubbles when a uniform crumb is the goal, without flattening every loaf aggressively.

6. Tunnels with Dense or Collapsed Areas

Large tunnels surrounded by dense crumb can appear in underfermented bread. They are not a reliable sign that proofing went too far. Overproofing, uneven shaping and poor structural development remain other possibilities.

Check how much the dough rose, how it felt before shaping and whether it became airy or remained tight. The Sourdough Journey’s observational crumb comparisons illustrate why the surrounding crumb matters. These examples are clues, not a validated diagnostic test.

Use the poke test together with other observations. A lasting indentation can occur in ready dough as well as overproofed dough, and cold dough behaves differently. Do not shorten the next rise solely because a finished loaf has tunnels.

7. Flat Loaf with Little Oven Spring

Look for where the loaf lost strength or volume: during bulk, shaping, final proof, transfer or baking. Overproofing is one possibility; insufficient fermentation, a weak dough, inactive leaven or inadequate oven preparation can also give poor volume.

There is no required percentage rise in the first ten minutes of baking. Refrigeration can make handling easier, but it does not repair an underdeveloped dough. Bake a cold shaped loaf when it is adequately proofed; follow its recipe if it still needs more time.

8. Bread Split Along the Side

Check the proof, seam placement, surface drying and score pattern. A tight, underproofed loaf may burst, but a weak seam or poorly positioned cut can also direct expansion sideways.

Give the dough the fermentation it needs, then score appropriately for its shape and condition. A deeper cut cannot substitute for proofing. King Arthur’s scoring trials show that excessive cutting can make a loaf spread. Keep the dough covered during proofing to avoid an unintended dry skin.

9. Good Crumb but Too Much Sourness

Sourdough flavor reflects starter care, flour, ripeness and the complete fermentation process. Both acid production and the balance of flavor compounds matter. A sharp taste does not establish that one organism or one acid caused it.

Try using a reliably active levain within its ripe window instead of letting it sit long after collapse. Keep starter feeding consistent, and adjust a chosen variable in small steps. Do not cut fermentation so short that the crumb becomes dense just to reduce tang.

Warmer fermentation is not a universal route to milder bread. King Arthur’s flavor comparisons show that timing, temperature and consistency interact. See fermentation science.

Crust, Flavor and Rye

10. Crust Too Pale

First check the recipe’s expected color, oven setting, preheat, bake duration and whether a lid or cover stayed on too long. Low-sugar lean bread and enriched bread brown differently.

Steam helps the surface remain extensible early in many hearth-bread bakes; the later dry finish allows it to brown and crisp. Adding more steam is not the automatic answer to pale bread.

Do not add diastatic malt indiscriminately. Many flours already contain malt or enzymes, and excess diastatic malt can make the crumb gummy. An egg wash changes the intended crust and adds an allergen; it is an optional recipe choice, not a repair for an oven or timing problem.

11. Crust Too Dark Before the Center Is Done

Excessive heat exposure, a large loaf, a dark pan, proximity to an element or a sugar-rich formula can brown the outside quickly. Loaf dimensions matter: a scaled-up loaf may need a different bake.

Use the recipe’s recommended rack and pan, moderate the heat if needed, and shield a darkening top with foil while the center finishes. Do not move every loaf lower: that can increase bottom browning near a lower element.

If the oven seems inaccurate, follow its manufacturer’s checking procedure. GE explains normal cycling; a single thermometer reading does not establish a consistent offset. Ovens are not universally 25–50°F cooler than the dial.

12. Crust Softer Than You Want

Some formulas are designed for a soft crust. For a crusty loaf, insufficient dry finishing or moisture trapped during cooling and storage can soften it.

Follow the recipe’s covered and uncovered phases, then cool on a rack before enclosing the loaf. A crisp crust may soften as moisture moves out of the crumb even after a good bake. Storage is a tradeoff between preserving crispness and limiting drying.

13. Crust Too Thick or Hard

Too long a bake or too much drying can make a crust hard; an early dry surface may also restrict a hearth loaf. Formula and loaf size affect the result, so there is no single steam cutoff for every bread.

For an appropriate hearth recipe, a covered baker can retain the dough’s own moisture. Follow the vessel’s temperature and preheating limits. Avoid improvised water pouring onto an oven floor, hot glass or heating elements. Open hot lids away from your face and hands.

Use the recipe’s doneness cues and adjust the dry finish rather than automatically adding more time. See baking with steam and our hard-crust guide.

14. Bread Tastes Bland

Check that the salt was weighed and added correctly, then consider flour, fermentation and crust development. Salt affects both flavor and dough behavior. More salt or a longer rise is not always the needed fix; compare the actual formula with a version you enjoy.

A longer fermentation changes flavor but can also take a dough past its useful strength. Adjust the process deliberately rather than extending every stage at once.

15. Rye Bread Is Gummy Inside

High-rye bread needs a suitable formula and process. Baking and resting matter, but inadequate acidification or excessive starch-degrading enzyme activity can also leave a gummy crumb. Simply waiting longer after baking will not fix every case.

Use a tested rye recipe, including its sour or acid component, mixing method, bake and post-bake rest. King Arthur’s Jewish rye demonstration explains the role of acidity and calls for slicing the next day. That is guidance for the recipe, not a rule that every loaf containing rye must sit for 24–72 hours.

16. Rye Skin Blisters or Separates

Small surface blisters may be an intended crust feature. A large detached crust or hollow layer beneath it is a different problem. Check proofing, shaping, surface moisture and the bake rather than treating both as “too much steam.”

Rye formulas vary widely. Follow the specific recipe’s steam and venting instructions; a low-rye wheat loaf and a dense high-rye pan loaf need not share the same treatment.

Handling and Structure

17. Dough Is Too Sticky to Handle

Stickiness depends on flour, water, temperature, development and fermentation. There is no universal 72% threshold. Rye-rich dough also behaves differently from wheat dough.

Confirm the weights first. For a correctly measured wet dough, a rest, suitable folding and a scraper can help. Use wet hands for appropriate folding methods or a light dusting of flour during shaping, as the recipe directs. Avoid kneading in handfuls of flour to make every dough feel dry, but do correct a genuine measurement error. See sticky bread dough.

18. Dough Tears During Shaping

A tight dough may need a covered rest; a weak or overfermented dough may tear for a different reason. A dry skin and rough handling also cause tearing.

If it feels elastic but resistant, pause and reassess after resting. If it is slack and fragile, pulling harder will not help. Build appropriate strength earlier in the next bake and shape with less force. Additional folds are useful only when the dough needs and can tolerate them.

19. Loaf Spreads During Proofing

Ask whether the dough is intended to stand freely. Wet doughs often need a floured proofing basket or pan for support. Spread can also reflect weak development, poor shaping or excessive fermentation.

Use the support specified by the recipe. Build surface tension without tearing the skin. If water really exceeds what the flour and method can handle, reduce it modestly next time. Refrigeration may firm dough for handling, but it is not a repair for lost structure and is not mandatory above a particular hydration.

20. Dense Bottom, Open Top

This pattern can accompany underfermentation, trapped shaping pockets or other structural and baking problems. A cut loaf cannot establish that gas simply migrated upward because you missed a fold.

Compare it with the dough’s rise and feel before baking. Add early folds only if inadequate development was part of the problem; shortening proof or folding more can worsen a loaf that mainly needed more fermentation time.

A Practical Diagnostic Checklist

Use these questions as a bake log, not a promise that every fault has one answer:

1. Did ingredient weights and yeast/starter type match the recipe?
2. Did the starter show reliable activity after feeding?
3. What were the dough and room temperatures?
4. How much did the dough expand during bulk, and how did it feel?
5. Did mixing and folding produce the intended strength?
6. Was there enough rest between shaping steps, without drying the surface?
7. What changed during final proof and transfer?
8. Did pan, rack, oven mode, preheat and steam method match the recipe?
9. Did the loaf bake and cool adequately for its size and formula?
10. Was the flour, recipe scale or equipment different from a successful bake?

An accurate scale, dough-temperature measurements and a few notes make comparisons more useful. Photograph the whole cooled loaf and more than one slice if a defect is uneven. Change one plausible cause at a time when you can.

For the last point, see the USDA’s mold guidance.