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From orchard to bottle

What are all the stages of making cider, in order?

In short

Nine, running from the orchard to the closure: growing, harvest, milling, pressing, juice assessment, fermentation, maturation, blending and packaging. Every one of them is a set of decisions, and the useful thing to know about the sequence is which of those decisions can still be changed later and which cannot.

Sugar, acid and tannin are largely fixed by the time the fruit is picked. Almost everything else — clarity, carbonation, sweetness, even acid to a degree — remains adjustable well into the process.

The stage where the most is decided for the least effort is the juice assessment, because it is the last point at which the maker knows what they have before the yeast starts changing it.

Nine stages from orchard to package, each with the measurement taken there and the thing that goes wrong there — so a reader who knows the symptom can find the stage.

Described in full

Shape: A vertical spine of nine boxed stages, each with two columns of text beside it: what is measured at that stage, and what commonly goes wrong there.
Orchard: Measured: yield and bloom. Goes wrong: frost at blossom, and biennial bearing, both of which decide how much fruit exists before any of the rest applies.
Harvest: Measured: starch pattern index and flesh firmness. Goes wrong: rot and bruising, which are a food-safety question as well as a quality one because damaged fruit is where patulin-producing moulds establish.
Milling: Measured: particle size. Goes wrong: smearing of over-soft fruit, which blocks the press, and oxidation, which begins the moment the cells are broken.
Pressing: Measured: juice yield. Goes wrong: poor extraction, usually from pomace that is too fine, too coarse, or too wet.
Juice: Measured: specific gravity, titratable acidity, pH and assimilable nitrogen. Goes wrong: a pH too high for sulphite to work, and nitrogen too low for the ferment to finish.
Fermentation: Measured: gravity and temperature. Goes wrong: a stuck ferment and hydrogen sulphide, both of which are usually decided by what the juice carried rather than by what the maker did afterwards.
Maturation: Measured: volatile acidity and clarity. Goes wrong: acetification and surface film, both driven by oxygen reaching the surface of a partly filled vessel.
Blending: Measured: acid and tannin balance. Goes wrong: a blend that is flat or harsh, which is a judgement rather than a defect.
Packaging: Measured: dissolved carbon dioxide and bottle pressure. Goes wrong: refermentation in the container, which is the one failure on this list that can be a physical hazard.
How to read it: The columns are the point. A reader who has met a symptom can find the stage it belongs to, and a reader planning a season can see which measurement each stage actually calls for. Nothing here is deterministic: a fault listed against a stage is a fault that commonly begins there, not one that can only begin there.

The path, and what attaches to each stage

Each stage below has a measurement that belongs to it and a failure that commonly begins there. The pairing is the useful part: a maker who meets a symptom can find the stage it came from, and a maker planning a season can see which measurements each stage actually calls for.

Nothing here is deterministic. A fault listed against a stage is one that commonly begins there, not one that can only begin there — acetification is listed against maturation because that is where it usually takes hold, and it can start in a badly handled press.

What is fixed early, and what stays open

When each property of the finished cider stops being adjustable.
Property	Fixed by	Still adjustable after that?
Potential alcohol	Ripeness at picking	Only by adding sugar, which is regulated in some jurisdictions and forbidden in some designations
Tannin and phenolics	The cultivars in the press	Downwards by fining; not upwards without adding fruit or juice
Acid	The cultivars, and how ripe they were	Upwards by acid addition; downwards by malolactic fermentation or blending
pH	The juice, chiefly its potassium	Follows acid changes, but buffered — a large acid change makes a small pH change
Assimilable nitrogen	The fruit	Upwards by nutrient addition, best done before or early in the ferment
Sweetness	Where the ferment is stopped, or what is added back	Fully adjustable until packaging — and a stability question thereafter
Carbonation	The method chosen	Fully adjustable until the container is closed
Clarity	Time, or intervention	Adjustable at any point, at some cost to flavour

The four decisions that shape a cider most

When to pick. Fruit picked earlier carries more acid and less sugar; fruit left longer carries more sugar, less acid, and softer flesh that mills badly. There is no moment at which all of those are optimal, so harvest maturity is a choice about which one matters.
How the juice is protected, or not. Sulphite, wild ferment, keeving and pasteurisation are four different answers to the same question about what is allowed to grow, and the answer decides most of the microbiological character of the drink.
What temperature the ferment runs at. Cool ferments retain more aroma and take longer; warm ferments are faster and blow more of the volatiles off with the gas. This is the single largest lever on aroma that a maker actually controls.
How and when it is blended. Fruit blended before pressing, juice blended after, or finished ciders blended at the end are three different operations with different risks and different degrees of control.

What the sequence looks like at two different scales

On a farm making a few thousand litres, the stages compress. Fruit is shaken, gathered and milled within days; the juice is often not analysed at all; fermentation is spontaneous in whatever vessel is free; blending happens at racking by taste. The sequence is the same and several of its decision points are taken implicitly.

At commercial scale each stage is instrumented and separated. Fruit is sampled and analysed on arrival, juice is standardised, ferments are inoculated and temperature-controlled, and blending is a bench exercise against a specification. Neither is more legitimate than the other; the difference is how much of the outcome is decided deliberately rather than by circumstance.

The stages that change most between the two are juice assessment — which barely exists at farm scale and dominates at commercial scale — and stabilisation, which a farm may not do at all.

Also answered on this page

Questions this page covers, so you can tell at a glance whether it is the one you want.

What are the stages of cider making?
What order does cider making happen in?
At what point is cider strength decided?
Can you change the acidity of cider after fermentation?
Which cider decisions cannot be undone?

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.

How are apples pressed for cider — The fruit is first milled to a pulp, then that pulp is squeezed — traditionally in cloth-wrapped layers under a screw or hydraulic ram, and industrially in a belt or bladder press. Whole apples cannot be pressed usefully; they must be broken first.
How does cider ferment — Yeast consumes the sugar in apple juice and produces roughly equal masses of ethanol and carbon dioxide, along with the esters and higher alcohols that give cider much of its aroma. In a wild ferment several yeast species take turns before *Saccharomyces* finishes the job.
How are apples milled for cider
How do you blend cider
How do you know when cider apples are ready to pick
How is sparkling cider made

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.

The Science of Cidermaking and associated technical writing
Andrew Lea · reference work · passage verified 2026-08-24
Written by a food chemist who worked at Long Ashton on apple phenolics. Unusual among specialist cider writing in that it is primary-research-adjacent: the author is describing work he did, and cites the literature. This is why it is registered at tier 1 for chemistry while a general cider book is not.
The New Cider Maker’s Handbook: A Comprehensive Guide for Craft Producers
Claude Jolicoeur, Chelsea Green Publishing, 2013. ISBN 9781603584739 · reference work · bibliographic record verified, not opened 2026-08-25
Bibliographic record verified on 2026-08-25 against the Open Library union catalogue: Chelsea Green Publishing, 2013, ISBN 9781603584739, one edition recorded. That establishes the citation points at a real book in a stated edition, which is what a citation needs and is all it establishes. No copy was opened and nothing is quoted from it. The book itself is in print and not digitised in any open collection; where CiderHQ needs a figure from this territory it uses an accessible research source instead and says so.
National Association of Cider Makers
NACM · specialist organisation · retrieved 2026-08-24
The UK trade association. Useful for industry-agreed definitions and for the voluntary labelling standards its members work to. A trade body has an interest in how its product is described, so CiderHQ cites it for what the industry says about itself rather than for neutral scientific claims.
Cider and perry production technical training material
Peter Mitchell / Cider and Perry Academy · reference work · registered as competent for this subject
Searched again on 2026-08-25 and it remains the one printed source here that a bibliographic check cannot fix, because it is not a published work with an edition. It is course material issued to participants of a training programme, so there is no catalogue record to verify, no ISBN, and no lawful public copy. Its state stays `registered` for that reason rather than through inattention.

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.