UseCalcPro
Home
MathFinanceHealthConstructionAutoPetsGardenCraftsFood & BrewingTools
Blog
  1. Home
  2. Food & Brewing

Bread Proofing Calculator — Dough Rise Time by Temperature & Yeast

Estimate first rise, second rise, and cold retard times based on your kitchen temperature, yeast type, and dough composition

First Rise

1 hr 26 min–1 hr 57 min

Second Rise

58 min–1 hr 18 min

Cold Retard

8–72 hrs

55°F (cold)72°F90°F (warm)

Standard: 1 tsp per 500g flour

Proofing Schedule

First Rise (Bulk Fermentation)
1 hr 26 min–1 hr 57 min
Until dough doubles in size
Second Rise (Final Proof)
58 min–1 hr 18 min
After shaping, until 50% larger

Cold Retard (Fridge)

Duration8–72 hours
Temperature38–40°F (3–4°C)
Cold retarding develops complex flavor. Shape your dough, place in fridge overnight, and bake directly from cold the next day.

Your Factors

Room Temp72°F
Ideal Temp75°F (24°C)
Standard yeast amount
Lean dough — standard fermentation speed

Rise Time by Temperature

60°F (slow)3.0h
68°F (cool)2.0h
75°F (ideal)1.5h
82°F (warm)1.0h
90°F (hot)40m

Example Calculations

1Standard White Bread at 72°F

Inputs

Room Temperature72°F
Yeast TypeInstant Yeast
Yeast Amount1 tsp
Flour Amount500g
EnrichedNo

Result

First Rise1 hr 26 min – 1 hr 57 min
Second Rise57 min – 1 hr 17 min
Cold Retard8–72 hours
Total (Room Temp)2 hr 23 min – 3 hr 14 min

At 72°F the temperature factor is 2^(3/17) ≈ 1.13x (slightly cooler than ideal 75°F). First rise: 90 × 1.13 × 0.85–1.15 = 86–117 min. Second rise is proportionally shorter.

2Sourdough at 68°F (Cool Kitchen)

Inputs

Room Temperature68°F
Yeast TypeSourdough Starter
Yeast Amount150g
Flour Amount500g
EnrichedNo

Result

First Rise4 hr 15 min – 5 hr 45 min
Second Rise2 hr 50 min – 3 hr 50 min
Cold Retard8–72 hours

Sourdough starter is 2.5x slower than instant yeast, and 68°F adds another 1.3x factor. Combined, the first rise takes 4–6 hours. Many bakers opt for overnight cold retard instead.

3Enriched Brioche at 78°F

Inputs

Room Temperature78°F
Yeast TypeInstant Yeast
Yeast Amount1.5 tsp
Flour Amount450g
EnrichedYes

Result

First Rise57 min – 1 hr 17 min
Second Rise38 min – 51 min
Cold Retard8–72 hours

More yeast (1.5 tsp for 450g = 0.6x factor) and warm 78°F (0.885x factor) speed things up significantly even with the enriched dough 1.4x slowdown. Combined factor: 0.744x. First rise: 90 × 0.744 × 0.85–1.15 = 57–77 min.

Frequently Asked Questions

Q

How long does bread dough take to rise?

At room temperature (72–75°F), bread dough with commercial yeast takes about 1 to 2 hours for the first rise and 45 minutes to 1 hour for the second rise. Temperature is the biggest factor: every 17°F drop roughly doubles the rise time. Enriched doughs with butter, eggs, and sugar take about 40% longer than lean doughs.

  • 60°F room: first rise takes 2.5–3.5 hours; second rise 1.5–2.5 hours
  • 72°F room: first rise takes 1–2 hours; second rise 45–90 minutes
  • 80°F room: first rise takes 45–75 minutes; second rise 30–45 minutes
  • Sourdough starter is 2–3x slower than commercial yeast at the same temperature
  • Enriched dough (brioche, challah): add ~40% more time due to fat and sugar slowing yeast
TemperatureFirst RiseSecond RiseFlavor Development
60°F2.5–3.5 hrs1.5–2.5 hrsExcellent
72°F1–2 hrs45–90 minGood
80°F45–75 min30–45 minModerate
90°F30–45 min20–30 minMinimal
Q

What is the ideal temperature for proofing bread?

The ideal proofing temperature is 75–80°F (24–27°C) for commercial yeast doughs. This range provides a good balance between speed and flavor development. Sourdough benefits from slightly warmer conditions at 78–82°F. Temperatures above 95°F can kill yeast, while temperatures below 50°F nearly stop fermentation.

  • 75–80°F is ideal for commercial yeast: good speed with decent flavor development
  • 78–82°F is ideal for sourdough: wild yeast prefers slightly warmer than commercial
  • Above 95°F: yeast starts to die, producing off-flavors and poor rise
  • Below 50°F: fermentation nearly stops (useful for cold retarding)
  • Oven with light on: typically 80–85°F — a convenient proofing environment
Temperature ZoneEffectBest ForRise Speed
38–40°FNear-stopCold retard (8–72 hrs)Very slow
60–68°FSlow, flavorfulArtisan breadSlow
75–80°FIdeal balanceMost breadNormal
85–95°FFast, less flavorQuick rollsFast
Q

What is cold retarding and why do bakers use it?

Cold retarding means placing shaped dough in the refrigerator (38–40°F) for 8 to 72 hours. The cold temperature dramatically slows yeast activity, allowing enzymes to break down starches and proteins into flavorful compounds. This produces bread with more complex, slightly tangy flavor and better crust color from increased sugar development.

  • 8–12 hours: minimum for noticeable flavor improvement over room-temperature proofing
  • 24–48 hours: peak flavor development for most bread recipes
  • 72 hours: maximum safe retard before over-fermentation and excessive sourness
  • Shape dough before refrigerating so you can bake directly from cold the next day
  • No need to bring dough to room temperature — bake cold for better oven spring
Q

How do I tell when dough has proofed enough?

The poke test is the most reliable method. Press a floured finger about ½ inch into the dough. If the indent springs back slowly and partially fills in, the dough is ready. If it springs back immediately, it needs more time. If the indent stays and doesn’t fill in at all, the dough is over-proofed.

  • Under-proofed: indent springs back immediately and disappears completely
  • Perfectly proofed: indent springs back slowly and partially fills in
  • Over-proofed: indent stays without any spring-back, dough may feel slack
  • Visual check: dough should roughly double in volume during first rise
  • Second rise: dough should increase about 50% (not double) before baking
Poke Test ResultStatusActionBread Result
Springs back fastUnder-proofedWait 15–30 min moreDense, tight crumb
Springs back slowlyPerfectBake nowOpen, even crumb
Stays indentedOver-proofedReshape and re-proofFlat, gummy
Q

Does the amount of yeast affect rise time?

Yes, more yeast means faster rising. The standard amount of 1 teaspoon (3g) instant yeast per 500g flour gives a 1–2 hour first rise at 75°F. Halving the yeast doubles the rise time, while doubling it cuts the time roughly in half. However, using less yeast and a longer rise develops significantly better flavor.

  • Standard: 1 tsp instant yeast per 500g flour = 1–2 hr first rise at 75°F
  • Half yeast (0.5 tsp): rise takes 2–4 hours but produces better flavor
  • Double yeast (2 tsp): rise takes 30–60 min but can taste yeasty
  • Sourdough starter (100–200g per 500g flour): 3–6 hours first rise at 75°F
  • Overnight recipes use very little yeast (0.25 tsp) for 12–18 hour fermentation

Related Calculators

Bread Hydration Calculator

Calculate baker’s percentages and precise water amounts for any bread recipe.

Sourdough Calculator

Plan your sourdough baking schedule with feeding times and fermentation windows.

Yeast Conversion Calculator

Convert between instant, active dry, and fresh yeast with precise ratios.

Bread Dough Calculator

Calculate ingredient amounts for any bread recipe by number of loaves.

Tea Steep Calculator

Calculate optimal steep time, water temperature, and tea-to-water ratio by tea type. Get brewing guides for green, black, white, oolong, and herbal teas.

Smoke Time Calculator

Calculate BBQ smoking time by meat type, weight, and smoker temperature. Get target internal temps, rest times, and start time planning for perfect results.

Related Resources

Pizza Dough by Weight: Hydration, Fermentation & Style Guide for Home Ovens

Read our guide

Cooking Time Calculator: How Long to Cook Meat by Weight

Read our guide

How Baker's Percentage Works: The Math and Science Behind Sourdough Fermentation

Read our guide

Bread Hydration Calculator

Sourdough Calculator

Bread Dough Calculator

Yeast Conversion Calculator

Explore Food Calculators

Discover tools for baking, cooking, fermentation, recipe scaling, and kitchen conversions.

View All Food Calculators

Last Updated: Mar 13, 2026

This calculator is provided for informational and educational purposes only. Results are estimates and should not be considered professional financial, medical, legal, or other advice. Always consult a qualified professional before making important decisions. UseCalcPro is not responsible for any actions taken based on calculator results.

UseCalcPro
FinanceHealthMath

© 2026 UseCalcPro