Enter a landed cost and a distributor margin to get the sell-in price per case — or work backwards from a target sell-in to the margin it implies. Built on the margin math the three-tier system actually uses.
Distributor margin is the number that turns your case cost into the price a retailer actually pays — and it is a margin on selling price, not a markup on cost. Get the math backwards and every downstream price in your model is wrong. Use the calculator below to price your sell-in correctly, then read on for typical margins by beverage category.
Distributor margin is the percentage of the distributor’s selling price — the sell-in price to retail — that is gross profit. It is a margin on price, not a markup on cost, and that distinction is the whole ballgame.
The formula for measuring it:
Margin % = ((Sell-in Price − Landed Cost) ÷ Sell-in Price) × 100
And the formula for setting a price from it:
Sell-in Price = Landed Cost ÷ (1 − Margin ÷ 100)
When a distributor says they need “30 points” on your brand, they mean 30% of their selling price is gross profit. On an $80 landed case, that means a sell-in price of $80 ÷ 0.70 = $114.29 — not $80 plus 30%. The divisor does the work: you divide the cost by what’s left after the margin, because the margin is carved out of the final price, not stacked on top of the cost.
Multiplying cost by (1 + margin) is wrong every time. $80 × 1.30 = $104.00 — but $24 of profit on a $104 price is only a 23.08% margin, not 30%. The correct sell-in is $80 ÷ 0.70 = $114.29. Always divide by (1 − margin); never multiply by (1 + margin).
The “landed” part matters too. Distributor margin is calculated on landed cost — your FOB price plus freight and any applicable taxes or duties — not on FOB alone. If your FOB is $72 and freight adds $8, the distributor margins against $80. Model the margin against FOB only and your projected sell-in will come in low, which means your projected shelf price will too.
If you find yourself translating between margin and markup often — say, your production spreadsheet thinks in markup but your distributor talks in points — our markup to margin calculator converts between the two instantly.
Across the beverage industry, distributor margins cluster between 25% and 35%. Where a given brand lands inside that band depends mostly on category economics: how much a case is worth, how fast it turns, and how much selling effort the distributor has to put behind it.
| Category | Typical Distributor Margin |
|---|---|
| Beer (domestic / large brands) | 25–30% |
| Craft beer | 28–33% |
| Wine | 28–33% |
| Spirits | 20–28% |
| RTDs / canned cocktails | 25–30% |
| Hemp / THC beverages | 28–35% |
| Non-alcoholic | 28–35% |
The logic behind the spread: spirits carry the highest dollar value per case, so a lower percentage still throws off healthy gross profit — hence 20–28%. Domestic beer moves on volume and velocity, so distributors accept 25–30%. Craft beer, wine, hemp, and non-alc all demand more hand-selling, staff education, and route attention per case, so they sit at the top of the range. An emerging brand in any category should expect to start at the high end of its band — the distributor is pricing in the work of building you.
These distributor numbers are one layer of a bigger picture — the full benchmark table covering retail and on-premise margins by category lives on the calculator’s margin benchmarks section. And for the deeper story on how distributor margins are negotiated, what programs and allowances do to the effective number, and how to push back, read the full guide to distributor margins.
You land a case with your distributor at $80 and they take a 30% margin. What do they charge the retailer?
Sell-in = $80 ÷ (1 − 0.30) = $80 ÷ 0.70 = $114.29 per case
The distributor’s gross profit is $114.29 − $80 = $34.29 per case. Expressed as a markup on cost, that same deal is $34.29 ÷ $80 = 42.86% — a useful sanity check if your internal model speaks markup.
Now run it backwards. Competitive intel says cases like yours sell in to retail at $110, and your landed cost is $80. What margin does that leave the distributor?
Margin = ($110 − $80) ÷ $110 × 100 = $30 ÷ $110 × 100 = 27.27%
That is $30 of gross profit per case at a 27.27% margin. If your distributor’s floor is 30%, the math tells you something has to give: your landed cost comes down, the sell-in goes up, or the deal doesn’t clear their hurdle. Better to see that in a calculator than in a quarterly business review.
Distributor margin never acts alone — the retailer margins on top of the sell-in. Using the standard planning defaults of 30% distributor / 35% retailer:
Landed cost $80.00 → distributor at 30% margin: $80 ÷ 0.70 = $114.29 sell-in → retailer at 35% margin: $114.29 ÷ 0.65 = $175.83 shelf price per case. On a 24-unit case, that is about $7.33 per unit on the shelf — nearly 2.2× the landed cost, before a single promotion.
This is why sell-in math deserves care: an error at the distributor tier doesn’t stay at the distributor tier. It gets margined again at retail and lands on the shelf tag your consumer sees.
Modeling more than one SKU? Alculator runs this exact math across your whole portfolio — FOB to distributor to shelf, by market, with category margin benchmarks built in.
Every margin implies a fixed multiplier on cost. Memorize the one your category uses and you can price a case in your head: divide the landed cost by (1 − margin), or equivalently multiply it by the factor below.
| Margin % | Divide Cost By | Multiplier | Equivalent Markup | Sell-in on $80 Cost |
|---|---|---|---|---|
| 20% | 0.80 | 1.250× | 25.00% | $100.00 |
| 25% | 0.75 | 1.333× | 33.33% | $106.67 |
| 28% | 0.72 | 1.389× | 38.89% | $111.11 |
| 30% | 0.70 | 1.429× | 42.86% | $114.29 |
| 33% | 0.67 | 1.493× | 49.25% | $119.40 |
| 35% | 0.65 | 1.538× | 53.85% | $123.08 |
Notice how fast the multiplier climbs: the step from a 30% to a 35% margin moves an $80 case’s sell-in from $114.29 to $123.08 — nearly $9 per case — because the divisor shrinks as the margin grows. Five points of margin is never “just five percent.”
In the three-tier system, every tier prices on margin, and every tier prices on top of the tier below. Your FOB becomes the distributor’s cost; their sell-in becomes the retailer’s cost; the retailer’s margin sets the shelf. Because each step divides by (1 − margin), the effects compound multiplicatively, not additively.
Off-premise retailers typically work on 30–45% margins — grocery at 25–35%, convenience at 25–40%, liquor stores at 30–45%, and specialty retail at 35–50%. On-premise accounts run far higher: bars and restaurants target 60–80% margins on beverages, stretching to 85% at hotels. Each of those percentages is applied to a price that already contains your distributor’s margin.
The compounding has a sharp practical edge. At the 30/35 defaults, a $1 change in your landed cost moves the shelf price by about $2.20 — $1 ÷ (0.70 × 0.65). Raise your FOB by $3 to protect your own margin, and you have quietly pushed the shelf tag up nearly $7 a case. Run the stack the other way and the same leverage works for you: trimming $2 of freight out of landed cost buys you over $4 of room at the shelf.
This is also why the distributor margin is the first number to pin down when you plan a new market. Until you know whether you’re modeling 25% or 33%, your shelf price forecast is a guess with a decimal point — and shelf price is where the consumer votes.
The errors below account for nearly every broken beverage pricing model we see. All of them are cheap to catch and expensive to ship.
The classic. Cost × 1.30 is not a 30% margin — it’s a 30% markup, which is only a 23.08% margin. On an $80 case that is $10.29 of sell-in left on the table; across 5,000 cases a year, $51,450 of gross profit that simply never existed in the model. The fix costs one keystroke: ÷ 0.70, not × 1.30.
Tell a distributor “there’s 40% in this for you” when your spreadsheet means 40% markup, and you have just promised them 28.57% margin while they heard 40 points. The deal math falls apart in diligence and you look like you don’t know your own numbers. In the trade, an unqualified percentage means margin — full stop.
The distributor margins on what the case cost them to receive — FOB plus freight plus any taxes or duties. Skip the freight in your model and every downstream number is understated, worst of all in far-flung markets where freight is heaviest.
A portfolio with a spirits SKU and an RTD line should not model both at the same number. Spirits distributors typically work at 20–28% while hemp and non-alc run 28–35% — apply a blanket 30% and you’re wrong in both directions at once.
A sell-in price that clears the distributor’s hurdle can still die at retail. Always carry the math through the retailer’s margin to the shelf tag — and for on-premise, through a 60–80% venue margin to the menu price — before deciding a price works. If the shelf number lands outside what your consumer will pay, the problem starts upstream, not in the store.
Every percentage in beverage pricing is a margin on selling price unless someone explicitly says “markup.” Every sell-in price is cost divided by (1 − margin). If a spreadsheet anywhere in your business multiplies a cost by (1 + a percentage), audit it today.
Most beverage distributors work on a 25–35% gross margin. Within that band, typical ranges by category are: beer 25–30%, craft beer 28–33%, wine 28–33%, spirits 20–28%, RTDs and canned cocktails 25–30%, and hemp/THC or non-alcoholic beverages 28–35%. If you don’t have a signed distribution agreement yet, 30% is the standard planning default.
Sell-in Price = Landed Cost ÷ (1 − Margin ÷ 100)
For example, an $80 landed case at a 30% distributor margin sells to retail at $80 ÷ 0.70 = $114.29. Never multiply cost by (1 + margin) — $80 × 1.30 = $104.00 only delivers a 23.08% margin, not 30%.
No. Margin is gross profit as a percentage of the selling price; markup is gross profit as a percentage of cost. A 30% distributor margin is the same money as a 42.86% markup on cost. Distributors, retailers, and financial statements all speak in margin, so a percentage quoted in the beverage trade should be read as margin unless someone explicitly says markup.
Spirits cases carry much higher dollar values, so a lower percentage still produces strong gross profit per case — which is why spirits distributor margins typically run 20–28% while beer runs 25–30%. Categories that require more hand-selling, education, and route attention — craft beer at 28–33% or hemp beverages at 28–35% — sit at the higher end because the distributor is doing more work per case sold.
If you don’t yet have a signed agreement, model a 30% distributor margin and a 35% retailer margin as planning defaults, then refine to your category’s band: beer 25–30%, craft 28–33%, wine 28–33%, spirits 20–28%, RTD 25–30%, hemp and non-alc 28–35%. Emerging brands should model the high end of their band — distributors price in the extra work a new brand takes to sell.
Landed cost. The distributor’s margin is calculated on everything it costs them to get your case into their warehouse — your FOB price plus freight and any applicable taxes or duties. A common modeling error is applying the margin to FOB alone, which understates the real sell-in price and makes the shelf price look lower than it will actually be.
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