Often suitable to measure ahead
- Base spirits and stable liqueurs
- Prepared syrups stored appropriately
- Non-carbonated bottled ingredients when the recipe allows
Scale a cocktail recipe for your guest count, then separate what can be prepared ahead from what should wait until serving.
Enter the number of guests, planned drinks per guest and the yield of the original recipe. Edit the example ingredient rows to match your recipe.
| Ingredient | Batch amount |
|---|---|
| Base spirit | 48 fl oz |
| Citrus juice | 18 fl oz |
| Syrup | 18 fl oz |
This calculator scales quantities only. It does not automatically calculate dilution, serving temperature or alcohol intake. Taste a chilled test serving before final adjustment, and add carbonated ingredients close to serving.
Multiply the guest count by the number of drinks you plan to serve per guest. Keep non-alcoholic options and water available rather than treating the result as a drinking target.
Divide the total servings by the original recipe yield, then multiply every ingredient quantity by that scale factor.
Combine spirits, liqueurs and stable syrups ahead when the recipe permits. Keep carbonation, delicate garnishes and ingredients that deteriorate quickly until close to serving.
Chill the batch thoroughly and taste one correctly measured serving before making final adjustments. Large batches do not always behave exactly like one freshly mixed drink.
Multiply guests by planned drinks per guest to get the target servings. Divide that by the original recipe yield. The result is the number by which to multiply every ingredient.
Fresh citrus changes after juicing, so prepare it closer to service than stable spirits or syrups. The exact timing depends on the recipe and the quality standard you want.
Usually add carbonated ingredients close to serving so they retain their fizz. Scale their quantity with the recipe, but keep them separate during earlier preparation.
No. It scales recipe quantities. It does not predict individual consumption, impairment or blood alcohol concentration.