Cooking Converter
The cooking converter helps you convert between cups, ml, spoons, and other common kitchen measurements.. Scale ingredient amounts, convert unit systems, and adapt recipes for your serving size.
How the Cooking Converter Works
Last updated: October 2026This Cooking Converter scales kitchen measurements using culinary ratio formulas and unit conversion factors. Enter your base recipe quantities and target serving size to update ingredient amounts.
Inputs & Output Metrics
Required Input Parameters
- Original Recipe Servings
- Desired Target Servings
- Base Ingredient Quantities
Calculated Output Results
- Scaled Ingredient Quantities
- Converted Units (g / oz / ml)
- Serving Ratio Factor
Cooking Converter Worked Calculation Example
Original Recipe Servings: 4
Target Servings: 6
Ingredient Amount: 200 g
Scaled Ingredient Amount = 300 g
Explanation: 200 g multiplied by serving scaling factor (6 / 4 = 1.5) = 300 g.
Assumptions & Limitations
Model Assumptions
- Assumes standard ingredient density and culinary conversion ratios.
- Applies linear scaling across serving proportions.
Real-World Limitations
- Baking recipes may require non-linear adjustment for large scale changes.
- Ingredient compaction or moisture content may cause minor volume variances.
Frequently Asked Questions
How does the Cooking Converter scale recipe amounts?
The calculator computes a scaling factor by dividing target servings by base recipe servings, then multiplies each ingredient quantity proportionally.
Can I convert between metric and US volume units?
Yes, select unit conversion options to switch between grams, ounces, cups, millilitres, and tablespoons.
Do all baking ingredients scale linearly?
Most dry and liquid ingredients scale linearly. Spices, leavening agents (baking powder), and salt may require slight adjustment when scaling by large factors.
Is the Cooking Converter free to use for any recipe?
Yes, it is 100% free for scaling any custom or cookbook recipe.
Disclaimer: Results are calculated using standard mathematical formulas for educational and estimation purposes.