What Gluten-Free Brewing Actually Costs
The reason to know it is to stop building plans that quietly assume a cost structure only volume can buy.
Input prices move every year, vary by volume, and differ by region and contract. Any specific number published here would be wrong within a quarter and wrong for anyone buying at a different scale. What does not go stale is the shape of the cost — which lines exist, which are bigger than a barley brewer expects, and which move with volume. Get current quotes for your own numbers.
Watch on YouTubeWhy Gluten-Free Beer Costs More: Volume and Specialty IngredientsThe cost lines a barley brewer never sees, and why scale is most of the story.
Scale is the story
The single most useful thing a small gluten-free brand can understand is that its cost per case is set mostly by things it does not control: order quantity, contract terms, freight lanes, and how many suppliers are willing to sell it the thing at all.
A national brewer buys malt by the rail car, on annual contracts, from a dozen competing maltsters. A gluten-free brand buys sorghum or millet malt by the pallet or the super sack, often from a supplier set small enough to name on one hand, sometimes with a custom malting or roasting run in the middle of it.
Technique does not bridge those two transactions. A brand that models its future on eventually reaching commodity input pricing is modelling someone else's business.
Cost control in this category is mostly a purchasing problem, which is why it gets its own page: Controlling Cost: Where and How to Buy.
The cost lines a barley brewer does not have
Generic brewing cost-of-goods material is widely available and we are not going to duplicate it. What is not covered anywhere is why the gluten-free stack is structurally different. These are the lines that surprise people:
| Line | Why it differs |
|---|---|
| Base malt | Sorghum and millet malt run at a multiple of commodity barley malt, from a much smaller supplier set with less price competition. |
| External enzymes | This line is not a required one in barley brewing at all. Conversion is bought, not inherited from the malt — see External Enzymes. It is a recurring per-batch input, not a one-off. |
| Lautering aids | Rice hulls or an equivalent are standing practice, not an occasional rescue — see Rice Hull Strategy. |
| Grain per barrel | Lower extract yield means more grain for the same gravity. The malt line is bigger than the price per pound alone suggests. |
| Gluten testing | Per lot and per batch, as routine — see Testing Without an In-House Lab. A barley brewery has no equivalent cost. |
| Equipment or schedule access | Dedicated equipment, or the premium for running first in a shared facility's schedule. On contract, the slot has a price — see Dedicated Equipment and Facilities. |
| Custom processing | Custom roasting or malting runs carry setup cost that falls sharply with batch size, so small runs pay the worst rate per pound. |
| Freight | A small supplier base means longer lanes and fewer full-truckload opportunities. |
Read that list against a barley brewery's cost sheet and you find several lines that either don't exist or run heavier, compounding.
One documented number
We publish one price, and it's our own: a historical record, date-stamped.
In 2018, Bard's ran a contract-brewing selection for its flagship. Across the breweries bid, the all-in cost of goods for a 12 oz case landed in the $13.95–$14.78 range, and the deal finally structured came to $14.28 all-in once the packing fee was set. All-in meant the finished case: the beer, the cans, the six-pack wraps and the packing fee. One lower bid near $12 was eliminated on the judgement that the quality could not be delivered at that price — which is itself part of the lesson.
That's a single company, one beer, one year, contract-brewed at modest volume, in 2018 dollars. It's one data point. What it's good for is calibration: if your plan assumes a small gluten-free brand can approach national-brewer case costs, this is the documented reality check.
Why we do not publish the supplier quotes behind it
The archive holds the underlying correspondence — competing bids by brewery, wholesale malt price lists, and per-pound custom roasting quotes from named suppliers.
Those are not ours to publish. They are other companies' commercial terms, given in confidence during a negotiation, and several are years stale. Publishing a partner's bid would be a disclosure we have no right to make, and it would be actively misleading as a current price.
What we can publish is our own all-in outcome, which is our own business record: our numbers, yes; someone else's quoted terms, no. The same reasoning governs supplier discussion generally under commercial independence.
Your batch, line by line
The page above says which lines exist. This worksheet lets you cost them for your own beer without us printing a price. Every usage rate in the middle column is the documented production basis from this site's own process pages, linked; the two right-hand columns are yours. Fill them from your supplier's quote and your own batch size, and the sum is your number, dated the day you filled it in.
| Line | Usage basis from the record | Where it comes from | Your rate | Your price | Line cost |
|---|---|---|---|---|---|
| Sorghum malt | Derive it: the record's flagship took about 28 lb of extract per barrel to a 12.0 °P wort; divide by your malt's fine extract (the two 2019 production panels ran 68.8% and 76.8%) and by your brewhouse efficiency | Brewery Receiving and Production; Reading a Malt COA | ___ lb/bbl | $ ___ /lb | |
| Heat-stable alpha-amylase (Termamyl SC DS class) | 1 mL per lb of malt at liquefaction plus 0.75 mL/lb at the finishing step | The Reliable Mash | ___ mL | $ ___ /L | |
| Ondea Pro class | 1.5 mL per lb of malt at 145 °F | The Reliable Mash | ___ mL | $ ___ /L | |
| Glucoamylase (Amylase AG 300L class) | 0.75 mL per lb of malt at the finishing step | The Reliable Mash | ___ mL | $ ___ /L | |
| Rice hulls | About 5% of malt weight when bed behavior is uncertain; production ran 4.8% and lautered clean; mature operations run under 2% | Rice Hull Strategy | ___ lb | $ ___ /lb | |
| Hops and hop extract | Flagship at 18 IBU, 5 of them from tetra extract post-fermentation; a modest kettle charge on a sorghum base | Hops and Yeast for Sorghum Malt; The 5 IBU Rule | ___ oz | $ ___ /lb | |
| Water minerals | About 100 ppm calcium as the complete-process baseline, salts calculated from your source water | Water, Minerals and pH | ___ g | $ ___ /kg | |
| Yeast nutrient | Per the product label, and only a product whose gluten status you have confirmed in writing | Yeast Nutrition | ___ g | $ ___ /kg | |
| Yeast | Your pitch; a gluten-free propagation pathway is the cost, not the cells | Yeast Management and Propagation | ___ | $ ___ | |
| Gluten testing | A test per batch and a laboratory panel per malt lot, as routine; a barley brewery has no equivalent line | Gluten Testing Methods; Testing Without an In-House Lab | ___ tests | $ ___ /test | |
| Equipment or schedule access | Dedicated equipment, or the premium for running first after a cleanout in a shared house | Dedicated Equipment and Facilities | ___ | $ ___ | |
| Freight in | Fewer suppliers, longer lanes, rarely a full truck | Controlling Cost | ___ | $ ___ | |
| Packaging | Conventional, and frequently the largest line | Packaging and Finished-Beer Release | ___ | $ ___ |
Three rules for filling it in. Price the enzymes per litre and convert, because enzyme quotes come per litre or per kilogram and the doses are in millilitres per pound of malt; a 3,000 lb grist at 1.75 mL/lb of the alpha-amylase alone is 5.25 L, and the arithmetic is where these lines get underestimated. Put freight on the line it belongs to rather than in a lump at the bottom, because the malt lane and the enzyme lane are different problems. And date the sheet; a price is a fact about one quote on one day, which is the whole reason this page prints none.
The worksheet leaves out labor, utilities, excise, and everything downstream of the packaged case on purpose; conventional brewery models cover those and this site does not need to. What it will show you is the shape the comparison table above only describes: the enzyme lines that are not required in barley brewing, the hull line, the testing line, and a malt line that is bigger than its price per pound because the extract is lower.
What actually moves the number
In rough order of leverage for a small brand:
- Order quantity and frequency. Setup and freight costs amortise; both fall sharply with batch size. The documented custom-roasting quotes in our own archive show the rate improving materially at larger run sizes.
- Combined purchasing. Buying alongside another brand — or through a contract brewer's existing supply relationships — buys volume you don't individually have. This was pursued deliberately during production.
- Packaging. Frequently the largest single line, and the least gluten-free-specific. Worth attacking first precisely because the solutions are conventional.
- Contract terms and the packing fee. In the 2018 selection above, the packing fee was the negotiated variable that set the final all-in figure.
- Recipe and process efficiency. Real, but the smallest lever of the five — which is the opposite of where most brewers start.
What this page does not do
It does not give you a number for your beer; the worksheet gives you the lines and the usage rates, and you supply the prices. It does not cover general brewery financial modelling, which others cover well. And it does not model revenue — that's Revenue Scenarios, which you need to read alongside this page. A revenue model without a cost floor under it is a wish.
Where this page comes from
The 2018 contract-brewing figures — an all-in 12 oz case cost of goods ranging $13.95–$14.78 across bidders, a final structure at $14.28 including a negotiated packing fee, and a lower bid near $12 eliminated on quality grounds — come from Bard's Brewing negotiation correspondence dated June 2018, held in the Gluten Free Brewer source archive. They are reported as one company's outcome in one year at modest contract volume, not as a category benchmark. That the all-in figure covered the finished case, beer, cans, six-pack wraps and packing fee, is stated from the same record by Craig Belser, the decision owner, 2026-09-24. The observation that custom roasting rates improve materially at larger run sizes, and that combined purchasing power was pursued deliberately, both come from 2018 supplier and partner correspondence in the same archive. Specific per-pound quotes, named suppliers, and competing bidders' numbers are deliberately withheld as third-party commercial information given in confidence — see the fold above. The cost-line comparison table is analytical, built from this site's own process pages rather than from a costed model, and is offered as structure rather than as quantified difference. No current input prices are published anywhere on this page, by design. The worksheet's usage rates (2026-09-07) are each taken from the linked owner page and restated, not re-derived: the 28 lb/bbl extract figure and 12.0 °P from the receiving page's worked example, the enzyme doses from the Reliable Mash run sheet, the hull rate from the rice-hull position, the IBU split from the hops page, the calcium baseline from the water page, and the two extract percentages from the 2019 laboratory panels. The rate and price columns are blank by design.