Quick Diagnosis
WHAT do you mean by 'too soft'?
🛒 Recommended Products
We recommend the following tools for this recipe:
Digital Kitchen Scale
Essential for accurate hydration and salt percentages
Dough Scraper/Bench Knife (OXO)
Helps tighten dough during shaping and clean bowls
Banneton Proofing Basket (DOYOLLA)
Supports high-hydration dough during final proof
Dutch Oven or Cast Iron Pot (CRUSTLOVE)
Provides structure and steam for fragile loaves
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Causes & Solutions
Hydration is too high for your flour or skill level
very commonSymptoms:
- • Dough spreads or flows instead of holding a dome
- • Shaping results in thin, loose skin
- • Crumb very open but loaf collapses
Why does this happen?
Higher hydration increases extensibility and reduces dough strength; different flours absorb different amounts of water. Recipes from other bakers assume their flour and handling skills match theirs.[1][2]
🚨 Immediate Fix:
During shaping, tighten the surface by performing a few round folds with a dough scraper to build tension; refrigerate the dough 20–60 minutes to firm it before final shaping.
📅 Long-term Fix:
Lower hydration by 2–5% next bake or use stronger flour (higher protein) and develop gluten through longer stretch-and-fold series.[1]
🧪 Test:
Make a small 100 g test dough at the recipe hydration and observe handling—adjust water before mixing full batch.[1]
Insufficient gluten development
very commonSymptoms:
- • Dough tears easily during shaping
- • Weak windowpane test or none at all
- • Loaf lacks structure despite proper rise
Why does this happen?
Gluten forms a network that traps gas; inadequate mixing, short bulk fermentation with minimal folding, or very coarse whole-grain flours reduce network strength.[1][2]
🚨 Immediate Fix:
Add 2–4 sets of gentle stretch-and-folds spaced 20–30 minutes apart during bulk to build strength; use a dough whisk or hands to minimize damage.
📅 Long-term Fix:
Use longer bulk fermentation with well-timed folds, autolyse length adjusted to flour type, and consider using higher-protein flour for portion of the mix.
🧪 Test:
Windowpane test: a thin translucent membrane should form without tearing.[1]
Starter activity or timing mismatch — fermentation too advanced
commonSymptoms:
- • Dough feels slack after a long bulk
- • Surface is very bubbly then deflates when handled
- • Sour aroma is pronounced
Why does this happen?
As yeast over-ferment, enzymatic activity weakens gluten (proteolysis) and gas escapes; dough becomes slack even if it rose earlier.[1][2]
🚨 Immediate Fix:
If still workable, shape and chill immediately; cold strengthens dough and slows proteolysis. If collapsed, reshape gently and bake soon.
📅 Long-term Fix:
Lower fermentation temperature or shorten bulk time; adjust starter inoculation (use less ripe starter) to slow activity.[2]
🧪 Test:
Poke test: overfermented dough won't spring back and will feel loose.[1]
Flour type or freshness — whole grain and aged flours behave differently
mediumSymptoms:
- • Whole-grain doughs feel stickier and more fragile
- • Dough performance varies between flour brands
- • Older flours give weaker gluten
Why does this happen?
Bran cuts and shortens gluten strands and whole-grain flours often need more water and development. Oils in old flour degrade and enzymes can weaken structure.[2]
🚨 Immediate Fix:
Increase development (more folds) and mix in 5–10% high-protein white flour to strengthen dough; refrigerate before shaping.
📅 Long-term Fix:
Store whole-grain flours cold, and test new flour brands with small doughs to find their ideal hydration.[2]
🧪 Test:
Compare doughs made with 100 g of each flour at same hydration to see absorption and handling differences.
Too much salt delay or uneven salt distribution
rareSymptoms:
- • Dough is slack but tastes wrong
- • Patchy fermentation
Why does this happen?
Salt tightens gluten and slows yeast; uneven salt can create weak zones. Too little salt leads to overactive, fast-fermenting dough that can become slack later.[1]
🚨 Immediate Fix:
If salt was missed entirely, a brief re-mix with measured salt can help; if uneven, fold gently to distribute.
📅 Long-term Fix:
Dissolve salt in part of the water before adding (salt water) and weigh carefully with a Digital Kitchen Scale.
🧪 Test:
Measure salt as percent of flour weight (typically 2%). Taste raw dough for obvious deviations.
🆘 Can I save this dough now?
Dough is too loose to shape but not collapsed
Solution: Chill the dough 20–60 minutes in the fridge to firm it, then perform a focused shaping to build surface tension; use a [banneton proofing basket](https://amzn.to/4sNHBYO) lined with a well-floured liner or a floured couche to contain spread.
Success chance: good if chilled promptly
Dough collapsed during bulk (slack and flat)
Solution: Reshape gently into a low loaf or bâtard and place in a loaf pan or [Dutch oven or Cast Iron Pot](https://amzn.to/4sVhKhN) to support structure; expect a flatter, more open crumb.
Success chance: medium — edible but less oven spring
Excessive hydration caused irrecoverable spread
Solution: Turn the mix into a free-form flatbread or bake as focaccia; alternatively, refrigerate then cut into flatbreads.
Success chance: good for usable product
Prevention
- ☐ Weigh all ingredients on a kitchen scale — never use volume for hydration decisions
- ☐ Start with conservative hydration for new flour (reduce by 2–5%)
- ☐ Develop gluten with timed stretch-and-folds during bulk
- ☐ Control fermentation temperature (target dough temp ~75°F / 24°C) and adjust starter quantity
- ☐ Use a dough scraper and chill short periods to make shaping easier