Hydration Calculator for Bakers

Accurately calculate your dough's hydration level for better bread, pizza, and pastries every time you bake!

50% 100% 200%
Hydration Level
60%

This is a medium hydration dough, suitable for many bread types.

Results
For 500g of flour at 65% hydration

Baking Tips by Hydration Level

Low Hydration (50-60%)
Examples: Bagels, Pretzels
  • Dough is firm and easy to handle
  • Produces dense crumb structure
  • Good for shaped breads
  • Requires longer kneading
Medium Hydration (60-70%)
Examples: Sandwich bread, Pizza
  • Balanced between easy handling and good crumb
  • Versatile for many bread types
  • Good for beginners
  • Standard for most recipes
High Hydration (70-80%)
Examples: Sourdough, Ciabatta
  • Sticky, challenging to handle
  • Produces open, airy crumb
  • Requires stretch-and-fold technique
  • Better flavor development
Very High Hydration (80%+)
Examples: Some artisan breads
  • Extremely sticky, requires experience
  • Maximum open crumb
  • Needs special handling techniques
  • Best with high-protein flour

Hydration Charts

Ideal Hydration by Bread Type
Dough Composition
Dough Texture by Hydration

50-60%: Firm, easy to shape

60-70%: Slightly sticky, versatile

70-80%: Sticky, needs technique

80%+: Very sticky, expert level

Dough Notes

Saved Notes

Professional Production Guidance

Production Planning
Batch Scaling Protocol

• Scale recipes linearly, but adjust fermentation times for batches over 5kg. For precise scaling across different recipes, explore our ingredient scaling tool.

• Calculate 10% extra for bench waste and testing

• Maintain consistent flour protein content when scaling

Portion Control

• Use baker's percentage for consistent yields

• Account for 8-12% bake loss depending on hydration

• Record actual yields vs calculated yields for future planning

Workflow Efficiency
Time Management

• High hydration doughs require 20-30% longer bulk fermentation. For more precise scheduling, you might find the proofing timer helpful.

• Factor in dough temperature (24-26°C ideal)

• Schedule mixing based on oven availability

Equipment Considerations

• Adjust mixer speed for different hydration levels

• Use dough temperature to gauge water temperature needs

• Scale batch size to mixer capacity (max 70% bowl volume)

Food Safety & Storage

Critical Control: Dough must reach internal temperature of 88-93°C during baking

Storage Guidelines

• Retarded dough: 3°C for up to 72 hours

• Par-baked: Freeze at -18°C for 30 days max

• Finished product: Room temp 2 days, freeze 3 months

Holding Temperatures

• Proofing: 24-27°C at 75-85% humidity

• Final proof: 1°C above dough temperature

Ingredient & Yield Management
Ingredient Substitutions

• Milk replaces water at 100% weight + adjust for fat content. You can use the substitution finder for creative alternatives.

• Eggs = 75% water content in hydration calculations

• Different flours absorb 2-8% more/less water. For flour measurement precision, see our cup to gram converter.

Waste Reduction

• Collect and reuse scrap dough (max 10% of new batch)

• Use excess preferment for next day's production

• Track hydration adjustments to minimize trial batches

Operational Notes
Professional Standards

• Always work in metric weights for production consistency

• Record flour absorption rates for future reference

• Calibrate scales weekly in production environments

Accessibility & Compatibility

• Tool optimized for screen readers and keyboard navigation

• Mobile-responsive for kitchen tablet use

• All calculations maintain 0.1g precision

Professional Disclaimer

This tool provides professional guidance. Actual production requirements may vary based on flour type, environmental conditions, equipment, and specific formulation. Always conduct test batches when scaling production. Consult local food safety regulations for compliance requirements.

Production Version 2.5 Updated: October 2025
Designed for professional kitchens Compatible with all modern devices