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How strong cider is
How strong is cider?
In short
Most cider is between about 3% and 8.5% alcohol by volume. Mainstream British and international products cluster around 4% to 5.5%; traditional West Country cider commonly sits between about 5.5% and 8%, and Spanish sidra natural between about 5% and 6.5%; French cidre is often lower, and cidre doux is no more than 3% by definition.
The ceiling is not a natural one. Apple juice rarely carries enough sugar to ferment past roughly 8.5%, which is why several tax systems draw their line at exactly that figure.
Above it are products made by concentrating the sugar or adding to it: ice cider, apple wine and fortified products such as pommeau reach the strength of wine or beyond.
Typical strengths by tradition
The ranges below are typical rather than definitive, and every one of them has exceptions. They are given as ranges because a single figure would be false.
| Category | Typical ABV | Why it sits there |
|---|---|---|
| Mainstream British and international cider | About 4–5.5% | Set by duty bands, price point and drinking convention rather than by the fruit |
| Traditional West Country farmhouse cider | About 5.5–8% | Full fermentation of a high-gravity juice from cider fruit, with nothing removed |
| Sidra natural (Asturias, Basque Country) | About 5–6.5% | Fermented out from unadjusted apple juice |
| French cidre brut | About 4–5.5% | Fermentation deliberately halted before completion, most traditionally by keeving |
| French cidre doux | Under about 3% | A ferment stopped early, leaving substantial sugar and little alcohol |
| German Apfelwein | About 5–6% | Fermented to dryness from unadjusted juice |
| Ice cider | About 7–13% | Sugar concentrated by freezing before fermentation |
| Apple wine and pommeau | Roughly 11% and above | Sugar added, or fortified with apple spirit |
Why 8.5% keeps appearing
Apple juice typically ferments to somewhere between 4% and 8% alcohol depending on how much sugar the fruit carried, and reaching much beyond that requires the sugar to be increased. Legal systems have noticed this. The United Kingdom charges a product as cider only up to 8.5% ABV, above which it is taxed as another fermented product; the American hard cider tax rate applies below 8.5% ABV as well.
The consequence is that 8.5% functions as a practical boundary of the category in two large markets, and producers who want to exceed it accept a different tax treatment and often a different name on the label. It is a regulatory line drawn where the fruit already suggested one.
Strength and what it does to the drink
Alcohol is not only intoxicating; it is a flavour component. Ethanol tastes faintly sweet, contributes warmth at the back of the palate and adds body. A cider at 8% will feel weightier in the mouth than the same cider diluted to 4%, quite apart from any difference in sugar.
It also acts as a solvent and a preservative. Higher alcohol holds more aroma compounds in solution, slows most spoilage organisms, and is part of why stronger traditional ciders keep better than weak ones.
This is why very low-strength cider is technically difficult rather than merely weak. Removing the alcohol or preventing it forming takes away sweetness, body and aroma-carrying capacity at once, and the resulting drink has to be rebuilt rather than simply diluted.
What the fruit itself allows
The strength a cider can reach without help is fixed when the fruit is pressed, and it can be read off the juice with a hydrometer. Across the 77 apple-juice gravity readings held on this site — four research programmes, in England, France and the United States — the middle half of the juices sit between about 1.047 and 1.057, with a median of 1.051. Fermented out to dryness, that median juice makes a cider of about 7%.
That one figure explains most of the pattern above. A traditional cider made from unadjusted fruit and fermented dry lands between about 6% and 8% because that is where the juice puts it. Mainstream products are lower because they are diluted or stopped, not because the fruit was weaker. And getting past 8.5% from apples alone needs a juice above about 1.065, which only the top of the measured range reaches — the highest reading in the corpus is 1.079.
| Juice gravity | Approximate Brix | Strength if fermented dry | Where this sits among the apple juices measured here |
|---|---|---|---|
| 1.040 | 10 | About 5.5% | The lowest reading in the corpus |
| 1.047 | 11.7 | About 6.4% | Lower quartile |
| 1.051 | 12.6 | About 7.0% | Median |
| 1.057 | 14.0 | About 7.7% | Upper quartile |
| 1.065 | 15.9 | About 8.8% | Well into the top quarter; past the UK cider ceiling |
| 1.079 | 19.1 | About 10.6% | The highest reading in the corpus |
- Potential alcohol — the ceiling for a particular juice, from one gravity reading taken before fermentation.
- ABV from gravity — the actual strength, once the final reading is in.
- The chemistry of apple juice — the full distribution behind this table, property by property, with the programmes that measured it.
How exact the number on the label is
Less exact than it looks. Under the EU and retained UK labelling rules, strength is declared to no more than one decimal place, measured at 20 °C, and a cider or perry may differ from its declared strength by a full percentage point either way. A cider labelled 5.0% is lawfully anything from 4.0% to 6.0%. Beer and still wine carry tighter or different tolerances; cider’s is one of the widest on the shelf.
A home measurement is looser again. The hydrometer formulas are fitted approximations that disagree with each other by several tenths of a percentage point above about 1.070, and a reading taken on juice warmer or colder than the instrument’s calibration temperature is off before any formula is applied. A strength worked out from two gravity readings is good to perhaps half a percentage point, which is plenty for knowing what was made and not enough to argue with a label.
Comparing with other drinks
| Drink | Typical strength | Typical serve | UK units in that serve |
|---|---|---|---|
| Mainstream cider | 4.5% | 568 ml (one pint) | About 2.6 |
| Traditional farmhouse cider | 6.5% | 568 ml (one pint) | About 3.7 |
| French cidre brut | 4.5% | 250 ml | About 1.1 |
| Sidra natural, poured serve | 6% | 100 ml | About 0.6 |
| Table wine | 13% | 175 ml | About 2.3 |
| Standard lager | 4.5% | 568 ml (one pint) | About 2.6 |
Also answered on this page
Questions this page covers, so you can tell at a glance whether it is the one you want.
- How many units are in a pint of cider?
- Is cider stronger than beer?
- What is the strongest cider?
- Why is French cider so weak?
- Why do so many ciders stop at 8.5%?
Related
Where this comes up in a guide
An ordered path that passes through this page, for a reader who wants the sequence rather than the reference.
What people ask next
Questions readers ask about the things this page mentions. Each one goes to the section that answers it rather than to a page written to receive the question.
- Does cider contain gluten — Cider is fermented fruit juice and contains no cereal, so it carries no gluten from its ingredients. A few products add barley-derived material or are handled on shared equipment, so a coeliac reader should check the label rather than the category.
- How strong will my cider be — Apple juice at a typical starting gravity of 1.045 to 1.060 ferments dry to roughly 5.5 to 8 per cent. A perry finishes weaker for the same starting gravity, because some of its sugar is sorbitol and never ferments.
- What is ice cider — Ice cider is made by concentrating apple juice by freezing before fermentation, so that the ferment starts from a very high sugar level and stops sweet. It is a Quebec speciality with a protected definition there.
- Why is one cider 4% and another 8%
- How strong can cider get — Fermentation of unadjusted apple juice stops at around 8 per cent because the sugar runs out, not because the yeast does. Adding sugar or concentrating the juice can take it into the teens, at which point most jurisdictions stop calling it cider.
- What abv counts as low alcohol
Sources
What this page rests on. Where a source is marked as registered rather than read, CiderHQ is recording that the body is authoritative on the subject without claiming to have worked through the document itself. See our evidence policy for what each state means.
Alcoholic products duty rates and the Alcohol Duty regime
HM Revenue & Customs · regulator · passage verified 2026-08-24
The UK alcohol duty system was reformed in August 2023 onto a strength-based footing, with draught relief and small producer relief alongside it. The rate table was read on 2026-08-24 and carries an effective date of 1 February 2026. CiderHQ records the band *structure* — which is stable and explains why producers make the strengths they do — and states rates only with that effective date attached, because a rate with no date on it becomes permanent and wrong.
NHS · health authority · passage verified 2026-08-24
The definition CiderHQ’s units calculator implements, read against the page rather than assumed: one UK unit is 10 ml or 8 g of pure ethanol, and units are ABV multiplied by volume in millilitres divided by a thousand — which is exactly the arithmetic in `engine/calculators.ts`.
Hard cider tax class and labelling requirements
Alcohol and Tobacco Tax and Trade Bureau (TTB) · regulator · retrieved 2026-08-24
Opened on 2026-08-24. The address CiderHQ had registered — ttb.gov/wine/hard-cider — now returns 404; the bureau publishes its cider material at ttb.gov/cider/cider-resources, and the record has been corrected. The substantive hard cider definition is in 27 CFR §§24.10 and 24.331, which CiderHQ cites directly and has verified to the passage; this page is the regulator’s own gateway and its industry circular pointer, not the operative text.
Institut national de l’origine et de la qualité (INAO)
INAO · regulator · passage verified 2026-08-24
The Cidre Pays d’Auge cahier des charges was read in full on 2026-08-24, in the version homologated by arrêté of 17 January 2026 and published in the Journal officiel on 21 January. That qualification is not decoration. A revision adopted by the Comité national on 10 September 2025 is currently under the procédure nationale d’opposition, is clearly marked as not prejudging the final text, and specifies carbonation differently from the text in force — as grams of CO2 per litre rather than as a minimum pressure in bar. A summary citing the draft would have put a figure on the page that no producer is held to. CiderHQ records the operative text and says which one it is.
Denominación de Origen Protegida Sidra de Asturias
Consejo Regulador de la DOP Sidra de Asturias · designation authority · passage verified 2026-08-24
The regulating council for Asturian cider. Read on 2026-08-24, and it turned out to carry far more than a permitted-variety list: an agronomic and technological characterisation of each admitted variety, with total acidity, total polyphenols, vigour, flowering, ripening, cropping and susceptibility to fungal disease. The characterisation is credited to SERIDA’s fruit-research programme. Two things it settles are corrections to what CiderHQ previously held: Asturias sorts cider fruit into nine technological blocks rather than five, and it publishes acidity as sulphuric acid rather than malic. The figures are transcribed into `data/trials/serida-asturias.ts` and cite this source, because this is where they were read.
Regulation (EU) No 1169/2011 on the provision of food information to consumers
European Union · legislation · passage verified 2026-08-24
The instrument behind the "contains sulphites" declaration and the alcoholic-strength labelling rule. Read on 2026-08-24 in the assimilated text maintained on legislation.gov.uk, which is the version in force for Great Britain and keeps the EU numbering. Two provisions matter to cider and both are widely misquoted: the sulphite threshold is 10 mg/L rather than a percentage, and a labelled cider strength carries a tolerance of a full percentage point either way — twice what still grape wine is allowed.
Washington State University cider research programme
Washington State University Northwestern Washington Research and Extension Center · university · passage verified 2026-08-24
The single most useful open cider dataset CiderHQ has found. The programme’s cultivar performance database gives juice chemistry, orchard behaviour, bloom and harvest timing and cider-maker tasting notes for 73 cultivars grown at one maritime site over fifteen years, and — unusually — publishes its classification thresholds alongside its figures, so the classification can be checked rather than taken on trust. It also states outright that its results diverge from the English ones. Read in full on 2026-08-24 and transcribed into `data/trials/wsu-mount-vernon.ts`; four published figures were found to be impossible and are withheld there with their reasons.
Typical Apple Juice Analysis (NACM Short Report 4.11)
National Association of Cider Makers, Archive of Cider Pomology · research institute · passage verified 2026-08-25 · covers 1922–1977
Fifty-seven rows of English dessert and culinary apple juice analyses — gravity, acid, pH, tannin — credited jointly to MAFF/ADAS, to Long Ashton cider-making trials reported in 1977, and to the Long Ashton Annual Report for 1922, without saying which row came from which. That vagueness is why it is held at traditional-record tier. Its value is twofold: it is the only set on the site measuring eating and cooking apples the same way the cider fruit was measured, and six of its rows are repeat samples of cultivars already in the table, which makes within-cultivar spread visible in a single document.
Caractérisation de jus de pomme à cidre et analyse comparative avec des jus de pomme commerciaux
Institut Français des Productions Cidricoles (IFPC) · research institute · passage verified 2026-08-25 · covers 2018 harvest
A technical-day presentation by the French cider institute, retrieved and read in full on 2026-08-25. Twelve French cider varieties characterised for malic acid, total acidity, density, pH and total polyphenols, with sensory profiling on the same juices. The first French institutional juice figures CiderHQ has been able to open, and important out of proportion to their number because the site holds many French cultivars and previously held almost no French measurements. The total acidity column is not published by CiderHQ: the slide does not state its unit and the ratio to the malic figure matches no convention the site can identify.
Where to go next
- Learn about cider — The rest of the introductory material, grouped by the question it answers.
- Glossary — Any word on this page you did not recognise, defined in one or two sentences.
- Comparisons — What separates cider from the drinks it is most often confused with.