The Recipe Scaler That Knows What Doesn't Scale 1:1
Multiplying every ingredient by the same number is how baking recipes fail.
Salt, spices, and leavening don't scale proportionally - but most calculators treat them like they do. CookPilot adjusts each ingredient type correctly.
What CookPilot does
- ✓Scales proteins, veg, and liquids proportionally
- ✓Applies 1.5x rule to salt and seasonings - with a taste note
- ✓Adjusts leavening based on flour ratio, not raw multiplier
- ✓Estimates adjusted cooking times for larger or smaller volumes
Why Simple Recipe Multiplication Fails
- Salt and seasonings: doubling salt often makes food inedible - the standard rule is 1.5x, then taste
- Baking powder and baking soda: over-leavened baked goods rise and collapse; the ratio to flour matters more than the multiplier
- Spices and aromatics: garlic, chili, and strong spices amplify more than their volume suggests
- Eggs in baking: can't always be doubled - delicate cakes may need adjustment
How CookPilot Scales Smarter
- Scales proteins, vegetables, liquids, and fats proportionally
- Applies the 1.5x rule to salt and seasonings with a note to taste and adjust
- Adjusts leavening based on flour ratio, not the raw multiplier
- Notes when eggs may need adjustment in delicate recipes
Frequently Asked Questions
- What makes CookPilot better than a regular recipe multiplier?
- A regular multiplier applies the same math to every ingredient. CookPilot adjusts salt, spices, and leavening agents differently because they don't scale proportionally. It also adjusts cooking time estimates and flags ingredients that need special attention.
- Can CookPilot scale a recipe to odd serving sizes like 7 or 11?
- Yes. CookPilot can scale to any serving size, not just round multiples.
- Does CookPilot handle baking recipe scaling?
- Yes, and it's where it differs most from simple calculators. CookPilot adjusts leavening ratios based on the flour quantity rather than applying the raw multiplier, which is the main cause of baking failures when scaling.