Ask an ice cream maker what drives their cost and most will say “dairy”. They’re right. But in the 12 months to October 2026, “dairy” stopped moving as one thing.
Cream and butter got a lot cheaper. Skimmed milk powder got a lot more expensive. Depending on how a recipe is built, the same year looks like a saving or a cost shock.
This post breaks down what it costs to make ice cream at industrial scale in Western Europe, layer by layer. It is written for procurement and finance teams at ice cream manufacturers, and for retailers buying private-label ice cream. It is one worked example of a should-cost analysis: what a product ought to cost, built up from its inputs.
How much does it cost to make ice cream?
For an industrial producer, ingredients are typically 55 to 60% of the cost of finished ice cream, packaging 15 to 20% and processing, labour and overhead up to 25%. Within ingredients, milk fat and milk solids non-fat (MSNF) make up most of the bill. So the cost of a tub follows dairy markets first, then energy and packaging, and only then sugar.
That’s the short answer. The rest of this post puts numbers on each layer.
The cost stack: where the money goes
The most quoted public breakdown comes from Bruce Tharp and Steven Young, two ice cream technologists, writing in Dairy Foods. It is from 2005 and based on the US industry, but the structure still holds:
| Cost layer | Share of finished product cost | Source |
|---|---|---|
| Ingredients | 55 to 60% | Tharp & Young, Dairy Foods |
| Packaging | 15 to 20%, higher for small packs | Tharp & Young, Dairy Foods |
| Variable and fixed costs (processing, labour, overhead) | Up to 25% | Tharp & Young, Dairy Foods |
Two things stand out.
Packaging is a real line, not a rounding error. In a multipack of sticks or cones, the pack and the stick or cone can cost more than the sugar. The smaller the unit, the higher the share.
Ice cream is energy-hungry for a dairy product. The mix is pasteurised, cooled, aged, frozen, hardened at very low temperatures and then stored and shipped frozen. The cold chain does not stop at the factory gate.
Now split the ingredient layer. For a standard vanilla ice cream, with a mid-range recipe from the table in the next section, our estimate looks like this:
| Ingredient group | Share of ingredient cost (our estimate) | Share of total cost (our estimate) |
|---|---|---|
| Milk fat (cream, butter or AMF) | ~50% | ~30% |
| MSNF (mostly SMP) | ~35% | ~20% |
| Sugar and glucose syrup | ~10% | ~5% |
| Stabilisers, emulsifiers, flavour | ~5% | ~5% |
| Ingredients total | 100% | ~60% |
Our estimate for a standard vanilla recipe, rounded to the nearest 5%. Your own recipe and contracts will give different shares.
Put together with the Dairy Foods ranges, a full illustrative stack is: milk fat 30%, MSNF 20%, sugar and glucose syrup 5%, other ingredients 5%, packaging 15%, energy 5% and labour, overhead, logistics and margin 20%. We use that stack in the worked example below.
The shares move with prices. In a year when milk powder doubles, MSNF takes a bigger slice. That’s why a cost breakdown should be rebuilt from live inputs, not copied from a slide.
The recipe: what goes into a tonne of mix
Ice cream is made from a liquid “mix” that is then frozen and aerated. The University of Guelph’s Ice Cream Technology e-Book by H. Douglas Goff gives these ranges for hard-frozen ice cream:
| Mix component | Typical range (% of mix) |
|---|---|
| Milk fat | 10 to 16% |
| MSNF | 9.5 to 11% |
| Sucrose | 10 to 15% |
| Corn syrup solids | 0 to 5% |
| Stabiliser | 0.15 to 0.35% |
| Emulsifier | 0.10 to 0.15% |
| Total solids | about 36 to 41% |
Source: University of Guelph, Ice Cream Technology e-Book, suggested mixes for hard-frozen ice cream.
Sugar is often the heaviest ingredient after water. But per kilo, milk fat and milk powder cost several times more than sugar, so they dominate the cost.
These ranges come from North American practice. European rules are set nationally, and many economy and private-label lines run lower fat levels, often with vegetable fat instead of milk fat. That changes the cost stack, so check which kind of product you are actually buying.
Why overrun matters as much as the recipe
Overrun is the air whipped into the mix as it freezes, measured as the % increase in volume. Guelph notes that ice cream can be up to half air. At 100% overrun, one litre of mix becomes two litres of ice cream.
Retail packs in Europe are usually sold by volume, in millilitres. So overrun decides how much mix goes into each tub:
| Overrun | Mix in one litre of ice cream | Ingredient cost per litre vs 100% overrun |
|---|---|---|
| 120% | 0.45 litres | 9% lower |
| 100% | 0.50 litres | baseline |
| 75% | 0.57 litres | 14% higher |
| 50% | 0.67 litres | 33% higher |
| 25% | 0.80 litres | 60% higher |
Our calculation: mix per litre = 1 ÷ (1 + overrun).
Guelph’s market categories line up with this. Economy brands run around 120% overrun. Standard brands run 100 to 120%, premium 60 to 90% and super-premium 25 to 50%.
Say a litre of mix costs €2 in ingredients (a made-up round number). At 100% overrun, a litre of ice cream carries €1 of ingredients. At 50% overrun it carries €1.33. Same recipe, same supplier prices, a third more cost.
So a super-premium tub costs more to make for two reasons that multiply: a richer mix, and more of it per litre.
What moved in the last 12 months
Here is how the main ice cream inputs moved between October 2025 and October 2026:
The dairy split is the story. SMP prices in Europe rose 79.6%, and the sweet whey powder market rose even further, by 96.3%. At the same time, the Benelux cream market fell 22.95%, the European butter benchmark fell 24.85% and the AMF benchmark fell 19.2%.
In plain terms: milk fat got cheaper and milk protein got dearer. An ice cream recipe needs both.
The swings within the year were even larger than the year-on-year numbers. Benelux cream moved 96.8% between its 12-month high and low, and SMP 86.9%. A supplier quoting from a different month can tell a very different story from the same index.
The rest of the basket:
- The West-EU white sugar market rose 13.2%.
- THE natural gas futures for the German hub, settled on EEX, rose 115.3%.
- The West-EU cartonboard market (FBB 280gsm) slipped 3.3%.
- For chocolate ice cream, West-EU cocoa powder 10-12% fat quotations fell 9.23%.
- European glucose syrup price data (monthly) fell 17.5% between 1 September 2025 and 1 September 2026, the latest monthly print.
What that did to unit cost
The method is the same one we use to check a supplier price increase: weight each input’s price change by its share of the cost, then add the results.
Using the illustrative stack from above for a standard, cream-based vanilla ice cream:
| Input | Share of total cost (illustrative) | Price change, 12 months | Contribution |
|---|---|---|---|
| Milk fat (cream, Benelux) | 30% | -22.95% | -6.89 points |
| MSNF (SMP, Europe) | 20% | +79.6% | +15.92 points |
| Sugar | 4% | +13.2% | +0.53 points |
| Glucose syrup | 1% | -17.5% | -0.18 points |
| Stabilisers, emulsifiers, flavour | 5% | held flat | 0 points |
| Packaging (cartonboard as proxy) | 15% | -3.3% | -0.50 points |
| Energy (THE gas as proxy) | 5% | +115.3% | +5.77 points |
| Labour, overhead, logistics, margin | 20% | held flat | 0 points |
| Total | 100% | +14.7% |
Our calculation from Vesper and EEX price changes to October 2026. Cost shares are illustrative, rounded to the nearest 5%.
Look at the dairy tug of war. Cream takes 6.9 points off. SMP adds 15.9. Even though milk fat is the bigger share of the recipe cost, SMP’s move is so much larger that dairy alone nets to about +9.0 points.
Energy then adds most of the rest. Without it, the ingredient and packaging moves come to about +9.2%.
Three honest limits on this example:
- The shares drive everything. Move 5 points of share from MSNF to fat, as a richer premium recipe does, and the dairy contribution drops from about +9.0 to about +3.9 points (our calculation).
- Energy is a proxy. Refrigeration runs on electricity, and pasteurisation and cleaning often run on gas. If only half your energy bill follows gas and the rest held flat, energy adds about 2.9 points and the total is closer to +12%.
- Packaging depends on format. Cartonboard fits sleeves, cones and multipack cartons. Plastic tubs follow polymer prices, which this example does not cover.
If you want this as a model you can rerun every month, here is how to build a should-cost model from scratch.
The levers: what changes your exposure
Price is only one input. These recipe and format choices change how much each market move reaches your cost.
1. Fat source: cream, butter, AMF or vegetable fat. Fat can come in as fresh cream, as butter or as anhydrous milk fat (AMF). This year they moved by similar amounts: cream -22.95%, butter -24.85%, AMF -19.2%. The bigger differences are usually handling, storage and yield, not price trend. Products made with vegetable fat follow oilseed markets instead; West-EU coconut oil prices fell 15.0% over the same 12 months.
2. MSNF source: SMP, whey or liquid milk. Replacing part of the SMP with whey powder is a classic saving. Not this year: sweet whey powder rose even faster than SMP. Recipes that take more of their MSNF from cream, liquid milk or concentrate rather than powder were less exposed to the powder rally.
3. Sugar vs glucose syrup. Syrup solids change texture and freezing point as well as cost, so the swap is limited. With sugar at about 4% of total cost, a 13.2% rise adds about half a point, and glucose syrup fell over the same year. It matters, but it is not where the money is.
4. Overrun. The biggest lever on ingredient cost per litre, as the table above shows. Moving from 100% to 90% overrun means about 5% more mix in every tub (our calculation). Check your spec and what the plant actually runs.
5. Pack size and format. Packaging is 15 to 20% of cost, and the share rises as the unit gets smaller. A litre tub and eight 50 ml mini sticks hold similar volumes but carry very different packaging costs.
What this means for your next supplier conversation
For a private-label buyer, the useful question is not “did dairy go up?”. It is “which dairy, at what share of this product’s cost?”.
Before you accept or push back on an ice cream price change, get:
- The supplier’s cost shares for milk fat, MSNF, sugar, packaging and energy, in %.
- The fat source and the MSNF source in the recipe.
- The overrun in the spec, and what the line actually runs.
- The base month for each price move, and how much was bought forward.
Then run the share × move sum yourself. A cream-heavy premium recipe and an SMP-heavy standard recipe can justify very different increases this year, even from the same supplier.
For retail buyers, that also means a single “dairy surcharge” across a whole frozen range is worth questioning. For dairy producers making ice cream, it means the recipe decides whether the 2026 cream fall shows up in the margin at all.
Next steps
Pick your two highest-volume ice cream SKUs and fill in the share table above with your own recipe and contract prices.
Vesper also tracks ice cream prices and trade data for the finished product, if you want to compare your built-up cost with what the market is paying.
To keep the calculation live, Vesper Cost Models link every ingredient in your recipe to a current price, add energy, labour and overhead automatically, and show how your unit cost moved since the last negotiation.
Frequently asked questions
How much does it cost to make ice cream?
For an industrial maker, ingredients are typically 55 to 60% of the finished product cost, packaging 15 to 20% and processing, labour and overhead up to 25%, according to Tharp and Young in Dairy Foods. Inside the ingredient bill, dairy dominates: in our estimate for a standard vanilla ice cream, milk fat and milk solids together make up around four fifths of ingredient cost.
What is the most expensive ingredient in ice cream?
Milk fat, from cream, butter or anhydrous milk fat. In our estimate for a standard recipe it is about half of the ingredient bill and around 30% of total cost. Milk solids non-fat, mostly skimmed milk powder, is the second largest at roughly a third of ingredient cost. Sugar is a large share of the recipe by weight but a small share of the cost.
Why did ice cream costs rise in 2026 when cream and butter fell?
Because skimmed milk powder moved the other way. Between October 2025 and October 2026, Benelux cream fell 22.95% and European butter fell 24.85% on the Vesper Price Index, but European food-grade SMP rose 79.6%. In our illustrative standard recipe, the SMP rise adds about 15.9 points to unit cost while the cream fall takes off about 6.9, so dairy still nets to roughly +9 points.
How does overrun affect the cost of ice cream?
Overrun is the air whipped into the mix, measured as the % increase in volume. At 100% overrun, a litre of ice cream contains half a litre of mix. At 50% overrun it contains two thirds of a litre, so the ingredient cost per litre is a third higher. Retail packs in Europe are usually sold by volume, which makes overrun one of the biggest cost levers in the recipe.
How can a buyer check if an ice cream supplier's price increase is fair?
Ask for the supplier's cost shares by input, then multiply each share by that input's price change over the same period and add the results. That gives the increase the market supports. Compare it with the ask, and check the base month and how much the supplier had already bought forward.
