Brewing Costs

What Drives Cost Per Case in Brewing and Distilling

How cost per unit really stacks up in beverage production, and how to build a quote that holds against the P&L.

Cost per unit in a brewery or distillery breaks into five buckets: ingredients, packaging, labor, energy and utilities, and overhead including excise tax. For a typical craft can, packaging, not liquid, usually leads. A 355 mL can body runs 0.09 to 0.14 dollars, the end 0.02, the label or ink 0.01, and the tray, film, and glue another 0.03. That is roughly 0.15 to 0.20 dollars of packaging before you count a drop of beer. Ingredients often total less. Building a quote means stacking each bucket per saleable unit, then adding margin, not guessing a round number.

Ingredient cost is the one line most breweries track, and the Batch Ingredient Cost calculator makes it defensible. A standard 5% ABV pale ale uses about 8 to 10 kg of malt per hectoliter at 0.80 to 1.20 dollars per kg, plus 200 to 400 g of hops at 8 to 25 dollars per kg, plus yeast and finings. That lands near 12 to 20 dollars of ingredients per hL, or 0.12 to 0.20 dollars per liter. Hazy IPAs at 1,500 g per hL of hops can triple that to 45 dollars per hL. Always cost the recipe at delivered price including freight, never list.

The trap is costing ingredients against the batch you brewed rather than the beer you sold. If brewhouse yield slips from 85 to 78%, you need about 9% more grain for the same gravity, adding real dollars per hL. Then subtract losses: 8 to 12% of packaged volume typically vanishes to trub, yeast, tank heels, filtration, and fill giveaway. A batch that costs 18 dollars per hL in grain but loses 10% actually carries 20 dollars per saleable hL. Distillers face worse, where the Alcohol Loss Estimate turns a 4% annual angels share into a hard cost per LPA on aged spirit.

Labor is priced in crew-hours per batch, not salaries in the abstract. A two-person crew on a 20 hL brewhouse might spend 6 hours brewing, so 12 labor-hours divided by 20 hL is 0.6 hours per hL. Packaging is heavier: a small canning line producing 128,000 cans across a 400-minute shift with 3 operators burns 20 crew-hours for about 1,067 cases, near 1.1 minutes of labor per case. At a fully loaded 28 dollars per hour, that is roughly 0.52 dollars per case in packaging labor alone. Slow lines and frequent changeovers are where labor cost quietly doubles.

Energy is small per unit but easy to underestimate. Steam for mashing and boiling, glycol for fermentation, and hot water for cleaning add up to 8 to 15 kWh per hL for beer and far more for spirits, where the Distillation Energy Cost model shows a stripping and spirit run can burn 180 or more kWh thermal per batch. Water itself runs 3 to 7 liters per liter of beer, and each liter is bought once and sewered again at a second charge. At combined water and sewer of 5 dollars per cubic meter, a 5 to 1 water ratio adds roughly 0.025 dollars per liter.

Overhead and downtime are where quotes go soft. Cleaning Cycle Downtime and Cellar Capacity together decide how many batches your fixed costs spread across. If rent, insurance, depreciation, and admin total 40,000 dollars a month and you package 800 hL, overhead is 50 dollars per hL. Push to 1,200 hL and it drops to 33. Excise tax is a separate hard line: US federal beer tax is 3.50 dollars per barrel on the first 60,000 barrels, and spirits tax is 2.70 dollars per proof gallon at the low tier, which can dwarf ingredient cost on a bottle of whiskey.

Build the quote bottom up and stress-test it. Sum ingredients per saleable hL, packaging per unit, labor at real crew-hours, energy, and allocated overhead, then add excise and your target margin, commonly 30 to 45% gross for a taproom-supported brand. A 473 mL four-pack might stack at 3.20 dollars variable plus 1.10 overhead, so 4.30 dollars of cost, wholesaling near 7.00 to hold a 39% margin. Quote per saleable unit after losses, never per brewed unit, and the number will survive contact with the profit and loss statement.

Estimates fail in predictable ways. They cost the brewed batch instead of the sold volume, ignoring the 8 to 12% loss that yield gaps and the Fill Level Giveaway create. They use list ingredient prices without freight, understating 5 to 8%. They assume rated packaging speed instead of the 70 to 80% you actually run, so per-case labor is understated by a quarter. And they forget keg depreciation: at 120 dollars a keg and 4.5 turns a year via Keg Fleet Turns, each fill carries about 0.60 dollars of amortized fleet cost that most quotes never mention.

Published 2026-07-02.