Calculate pour cost percentage for any drink by dividing the cost of ingredients poured by the selling price. Optimize bar profitability.
Pour cost measures the cost efficiency of an individual drink by dividing the cost of the alcohol poured by the drink’s selling price. It is expressed as a percentage and is the single most important metric for evaluating individual drink profitability at the item level.
Unlike beverage cost percentage, which aggregates all drinks over a period, pour cost zooms in on a specific product. A vodka soda and a craft cocktail will have very different pour costs even if the bar’s overall beverage cost is healthy. By calculating pour cost for each drink on your menu, you can identify which offerings are margin stars and which are dragging your bar program down.
This calculator helps bartenders, bar managers, and beverage directors quickly compute pour cost for any drink using the cost per ounce of each ingredient and the total ounces poured.
Restaurant owners, hotel managers, and event coordinators depend on accurate pour cost numbers to maintain profitability while delivering exceptional guest experiences. Return to this tool whenever menu prices, occupancy rates, or staffing levels shift to keep your operations on track.
Knowing the pour cost for every drink on your menu is essential for pricing, menu engineering, and margin optimization. A drink with a 30% pour cost needs a higher selling price or a recipe reformulation. A drink with a 12% pour cost is a margin powerhouse that should be featured. Without this data, you’re pricing drinks blind.
Ingredient Cost = Cost per Oz × Ounces Poured Pour Cost % = (Ingredient Cost ÷ Selling Price) × 100
Result: 17.14%
A spirit costing $1.20/oz poured at 2 oz costs $2.40. Sold at $14, the pour cost is ($2.40 ÷ $14) × 100 = 17.14%. This is well within the target range, leaving $11.60 in gross profit per drink.
The foundation of pour cost is knowing the cost per ounce for every spirit, wine, and beer in your inventory. For standard 750ml bottles (25.4 oz), divide the wholesale price by 25.4. For 1-liter bottles (33.8 oz), divide by 33.8. For kegs, divide the keg cost by total ounces. Keep a master list of cost per ounce and update it every time you receive a new invoice.
Free pouring is faster but introduces a variance of 10-25% per pour. Over-pouring by just 0.25 oz on a $1.00/oz spirit costs $0.25 per drink. At 100 drinks per night, that is $25 per night or $750 per month in lost margin. Measured pours (jiggers or auto-pour systems) eliminate this waste.
Use pour cost data to engineer your drink menu. Feature low-pour-cost, high-profit cocktails prominently. Place them in menu sweet spots and train bartenders to recommend them. A curated cocktail menu with 10-12 options, each engineered for 15-20% pour cost, will outperform a sprawling menu where guests default to commodity highballs.
For spirits-based drinks, 15-22% is ideal. Wine by the glass runs 25-35%. Draft beer targets 20-25%. Premium cocktails can run higher (20-28%) if the selling price supports it.
Divide the wholesale bottle cost by the total ounces in the bottle. A 750ml bottle is 25.4 oz. If a bottle costs $28, the cost per ounce is $28 ÷ 25.4 = $1.10/oz.
Yes, for cocktails and mixed drinks. Sodas and juices add $0.25-$1.00 per drink. For straight pours (neat, on the rocks), the spirit cost alone is sufficient.
If your pour cost is too high, either raise the selling price or reduce the recipe quantity. If pour cost is very low, you might be overcharging, or the drink is a prime candidate for promotion to drive volume.
Vendor price increases, over-pouring by bartenders, recipe drift (adding extra ingredients), and spillage or waste. Regular recipe audits and pour tests keep costs in check.
Pour cost is per-drink, based on recipe cost. Drink cost percentage is the aggregate for all beverages sold over a period. They are related but measure different things — item-level vs. program-level.