Brewing · Wine
Country Apple Wine
A country wine made from fresh apple juice — no grape concentrate, no kit, just fruit, sugar, yeast, and time. Country wines are the oldest form of winemaking, and apple wine is one of the most forgiving and delicious. This small-batch recipe is perfect for learning the fundamentals of fruit wine fermentation.

Equipment Required
- Primary fermenter (food-grade bucket, 7.9 gallon)
- Glass carboy (6 gallon) for secondary fermentation
- Airlock and bung
- Auto-siphon and tubing (for racking)
- Hydrometer
- Sanitizer (potassium metabisulfite or Star San)
- Wine bottles, corks, and corker
Ingredients
- 1 gallon fresh-pressed apple juice (no preservatives — check the label for potassium sorbate or sodium benzoate, which will kill yeast)
- 1.5 cups granulated sugar (to boost ABV to ~12%)
- 1 tsp acid blend (malic/citric/tartaric — balances the sweetness)
- 0.5 tsp pectic enzyme (breaks down pectin for a clear wine)
- 1 tsp yeast nutrient (Fermaid-O or DAP)
- 1 Campden tablet (potassium metabisulfite)
- 1 packet Lalvin EC-1118 champagne yeast
- Sanitizer for all equipment
Method
-
Prepare the must. Pour the apple juice into a sanitized 1-gallon glass jug, reserving about 2 cups. Dissolve the sugar in the reserved juice by warming it gently (do not boil — boiling sets pectin and creates permanent haze). Add the sugar solution back to the jug. Crush and add 1 Campden tablet — this releases SO2, which kills wild yeast and bacteria present on the fruit. Wait 24 hours before adding your cultured yeast.
-
Add pectic enzyme and acid. After the Campden tablet has worked for 24 hours, add the pectic enzyme and acid blend. Pectic enzyme breaks down the pectin chains in apple juice that cause cloudiness. The acid blend adds tartness and balance — apple juice alone can taste flat and one-dimensional when fermented dry.
-
Pitch yeast. Add yeast nutrient, then sprinkle EC-1118 on top. This champagne yeast is a workhorse — it ferments cleanly, tolerates high alcohol, and works in a wide temperature range (59–86°F). Attach an airlock. Starting SG should be approximately 1.090–1.100.
-
Primary fermentation (2 weeks). Ferment at 65–72°F. Activity will be vigorous for the first 5 days, then slow. After 2 weeks, check SG. When it drops below 1.010, rack to a clean secondary vessel (another sanitized 1-gallon jug). Fill to the neck to minimize headspace and oxygen exposure.
-
Secondary fermentation and clearing (4–6 weeks). The wine will slowly finish fermenting and begin to clear. Rack again after 4 weeks if significant sediment has accumulated. The wine should be visibly clearer each time you rack. Target final SG: 0.996–1.000 for a dry apple wine.
-
Stabilize and bottle. Add 1 crushed Campden tablet and 0.5 tsp potassium sorbate to prevent refermentation. If you want a sweeter wine, now is the time to back-sweeten — add sugar syrup to taste after stabilizing. Bottle in sanitized wine bottles and cork. Apple wine improves significantly with 3–6 months of aging.
What You're Practicing
Country winemaking teaches you to work with raw fruit rather than processed concentrates. You are learning about pectic enzyme — an essential tool for any fruit wine, since pectin creates a permanent haze that no amount of fining can fix. The Campden tablet step introduces sulfite management — using SO2 to create a clean slate before pitching cultured yeast, which is the same principle commercial wineries use. The acid blend teaches you about wine balance — the interplay of sweetness, acidity, tannin, and alcohol. EC-1118 is a neutral yeast that lets the fruit character shine, teaching you that yeast selection in wine is about what you do not want (off-flavors) as much as what you do want. Racking multiple times demonstrates oxidation management — each transfer must minimize air contact. This connects to the broader science of Fermentation and the role of anaerobic conditions in producing clean flavors.
Video Resources
Comments (0)
No comments yet. Be the first to share your thoughts.
You Might Also Like

Bavarian Hefeweizen
A classic German wheat beer defined not by hops or malt, but by its yeast. The Hefeweizen yeast strain produces banana (isoamyl acetate) and clove (4-vinyl guaiacol) esters that give this beer its unmistakable character. Fermentation temperature is everything here.

Oatmeal Stout
A rich, creamy stout with rolled oats adding silky body and roasted malts delivering chocolate and coffee notes. This partial-mash recipe bridges the gap between extract and all-grain brewing, teaching you how specialty grains shape flavor, color, and mouthfeel.

American Pale Ale (Extract Brew)
A beginner-friendly extract brew that walks you through the entire brewing process — sanitization, steeping, boiling, cooling, pitching yeast, fermentation, and bottling. The American Pale Ale is the perfect first beer: forgiving, flavorful, and a gateway to understanding how yeast turns sugar into alcohol.

West Coast IPA (All-Grain)
An advanced all-grain West Coast IPA with an aggressive hop schedule delivering 60+ IBUs of piney, citrusy bitterness. This recipe demands a full mash, precise temperature control, and a multi-stage hop schedule including a dry-hop addition. Not for beginners — but the reward is a beer that rivals any craft brewery.