Cider Yeast Compared: Which Strain Finishes Dry and Which Leaves Body

Pitch champagne yeast into apple juice and it will take the cider to 1.000 or below, every time, because that is what EC-1118 does: it attenuates above 95 percent and it does not negotiate. Pitch an English ale yeast into the same juice and you finish a few points higher with more left on the palate. The yeast is the single biggest decision in a cider recipe, more than the juice and far more than the fermenter.

Why Cider Yeast Choice Matters More Than Beer Yeast Choice

In beer, the mash sets the fermentability of the wort. Mash at 154°F and no yeast on earth will take it bone dry, because the dextrins are not food. Cider has no mash and no dextrins: apple juice is simple sugar almost all the way down, so whatever the yeast is capable of eating, it eats.

That puts the final gravity, the body and a good deal of the aroma in the hands of the strain. It also means the usual homebrew instinct, pitch whatever is in the fridge, produces a predictable result: a thin, dry, slightly sharp cider that people describe as rocket fuel.

The Strains, and What Each One Actually Does

Lalvin EC-1118 (champagne, Prise de Mousse)

The workhorse and the default recommendation, for better and worse. Attenuates above 95 percent, tolerates high alcohol, ferments reliably at a wide temperature range, and settles out firmly so the cider clears well. It is also aggressively neutral: it strips a good deal of the apple aroma on the way through, and what comes out is clean, dry and a little anonymous.

Use it when you want a bone-dry base to backsweeten later, when you are fermenting something strong, or when a batch needs to finish without drama. Do not use it if the apple character is the point.

Lalvin 71B

A wine yeast with a useful trick: it metabolises a portion of the malic acid, which is the dominant acid in apples. The result reads softer and rounder than the same juice fermented with a neutral strain, and it produces fruity esters of its own. For sharp supermarket juice that tastes thin and acidic, this is often the fix that no amount of backsweetening achieves.

Lalvin D47

Leaves more body and mouthfeel than the champagne strains, and contributes a slight honeyed note. The catch is temperature: above about 68°F it produces fusel alcohols readily, and a hot D47 ferment tastes harsh in a way that does not age out. Worth it if you have temperature control, risky if you ferment in a closet in summer.

Mangrove Jack's M02 Cider

Sold for the job, and it does what the label says: finishes with a touch of residual sweetness and more perceived body than a wine yeast, while keeping a clean fruit character. The convenience route for anyone who does not want to think about it, and a sensible second batch after a champagne-yeast first one, because the contrast teaches you what the strain is contributing.

Ale yeast: Nottingham, SafAle US-05, English strains

Underrated for cider. Ale yeast ferments cooler than wine yeast wants to, leaves a point or two more gravity, and keeps more apple aroma than EC-1118. US-05 gives a clean, neutral result; an English strain such as S-04 attenuates less and leaves the most body of any option here, which is exactly what thin supermarket juice needs.

Wild and native fermentation

Unpasteurised juice carries its own yeast, and letting it work produces the most interesting and the least predictable cider available. It also admits acetic bacteria, which turn cider to vinegar given the chance. Treat it as an experiment on a single gallon rather than a plan for a 5-gallon batch.

The Comparison, in One Table

The Part That Matters More Than the Strain: Nutrient

Apple juice is poor in nitrogen. Beer wort carries plenty from the malt, so brewers rarely think about it, and then pitch into cider and meet the consequence: a sluggish fermentation that stalls partway, or finishes but smells of rotten egg.

That sulfur smell is stressed yeast, and the cause is almost always nitrogen rather than temperature or a bad packet. Add a nutrient blend at the rate on the packet, split into two additions: half at pitching, half when the gravity has dropped about a third of the way. Staggering it is more effective than a single dose because the yeast needs it during growth, not before.

Pitch Rate and Rehydration

One 5-gram sachet of dry wine yeast is enough for 5 gallons of apple juice at 1.045, because cider gravity is low and the juice is easy for yeast to work through. There is little benefit in pitching two, and the common advice to over-pitch comes from high-gravity beer rather than from cider.

Rehydrate rather than sprinkling dry. Stir the sachet into about ten times its weight of water at the temperature the packet specifies, usually around 86 to 95°F, leave it fifteen minutes, then add it to the juice. Sprinkling dry onto cold juice kills a share of the cells outright, and with a single sachet there is no spare capacity to lose.

Liquid yeast is a different calculation and generally not worth it for cider. A liquid pack costs several times the price of a sachet, needs a starter to reach a useful cell count, and the strains that matter for cider are mostly sold dry anyway.

Temperature, Briefly

Cool ferments preserve aroma. The same juice and the same yeast at 62°F and at 75°F produce noticeably different cider, and the warm one loses the delicate apple notes to fusel alcohols. Aim for the low end of the strain's range for the first three days, which is when most of the flavour-active compounds are produced, then let it rise if it wants to.

What to Pitch for a First Batch

For supermarket juice you intend to drink dry: an ale yeast, US-05 or an English strain, at 64 to 66°F with nutrient. It keeps more of the juice than a champagne yeast does and it finishes somewhere you can live with.

For a cider you intend to backsweeten later: EC-1118. You want it bone dry and stable before you add anything back, and this is the strain that gets there without fuss.

For juice that tastes sharp and thin in the glass before you ferment it: 71B, for the malic acid it metabolises. That is a specific problem with a specific answer, and no other strain on the list addresses it.