How to Make Apple Wine at Home

Last updated: May 10, 2026

Apple wine is one of the most rewarding country wines for a homebrewer to make, apples are widely available, inexpensive at harvest time, and produce a wine that ranges from bone-dry and crisp to rich, sweet, and applesauce-like depending on the apple variety and how you handle the fermentation. I’ve made apple wine from fresh-pressed heritage apples, from grocery store juice, and from a mix of orchard varieties, and each approach produces something distinct. Apple wine fermented to dryness with a high-quality wine yeast and some acid adjustment is genuinely impressive, it’s not hard cider (which is a lighter, lower-alcohol fermented apple juice) but a full-gravity wine that holds its own next to grape-based country wines.

Apple wine vs. hard cider

The distinction matters because they’re made differently. Hard cider is typically fermented from pure apple juice or pressed apples at whatever gravity the juice provides (usually OG 1.040–1.060, producing 4–7% ABV), with minimal or no sugar addition. Apple wine uses sugar additions to bring the must to wine gravity (OG 1.085–1.110, producing 11–14% ABV) and often includes acid and tannin additions for balance. The higher alcohol content, longer aging, and deliberate acid management of apple wine produce a beverage with more complexity and shelf stability than cider, but less of the fresh-pressed apple character that good cider captures.

Apple wine recipe (1 gallon)

Ingredients

• 1 gallon fresh apple juice (no preservatives, check label; avoid potassium sorbate or sodium benzoate)
• 1.5–2 lbs white sugar (adjust to target OG 1.085–1.095)
• 1 tsp acid blend (tartaric, malic, citric) or juice from 1 lemon (if must pH is above 3.5)
• 1/2 tsp yeast nutrient (Fermaid-K or DAP)
• 1 Campden tablet (crushed), add 24 hours before yeast
• 1 packet wine yeast (71B for softer, fruit-forward; EC-1118 for dry and clean; Lalvin D47 for aromatic)
• 1/2 tsp pectic enzyme (prevents pectin haze)

Process

1. Combine apple juice and sugar in your fermenter, stirring thoroughly to dissolve. Check gravity with a hydrometer, adjust sugar to hit OG 1.085–1.095.
2. Check pH with pH strips or a meter. Target 3.3–3.5 for apple wine. Add acid blend if pH is above 3.5 (common in sweet dessert apple juices).
3. Add crushed Campden tablet. Stir well. Cover with a cloth and wait 24 hours. This sulfite addition protects the must while allowing your chosen yeast to dominate.
4. After 24 hours, add pectic enzyme and yeast nutrient. Pitch rehydrated yeast. Fit an airlock.
5. Ferment at 65–70°F/18–21°C for 2–4 weeks until fully attenuated (gravity stable at 0.995–1.000 for dry).
6. Rack off sediment into a clean carboy. Add 1/2 Campden tablet at each racking. Bulk age 3–6 months for a cleaner, more developed wine.
7. Fine, filter, or cold stabilize if needed. Back-sweeten with sugar + 1/2 tsp potassium sorbate (to prevent refermentation) if a sweeter style is desired. Bottle.

Apple variety selection

High-tannin bittersweet apples (Kingston Black, Dabinett, Yarlington Mill) produce the most complex, wine-like result but are primarily grown in traditional cider regions and can be hard to source. A blend of tart culinary apples (Granny Smith, Bramley) with sweet dessert apples (Fuji, Gala, Honeycrisp) produces a well-balanced wine from grocery-store sources. Avoid using single-variety sweet dessert apples without acid adjustment, the resulting wine will be flabby and low-acid. Adding 1/2 tsp of wine tannin powder per gallon to a low-tannin apple must improves structure and aging potential.

Common Questions

Why does my apple wine smell like acetone or nail polish remover?

Ethyl acetate (nail polish remover smell) is produced by Acetobacter (acetic acid bacteria) in the presence of oxygen, or by wine yeast under nutrient stress. The first thing to check: was the fermentation protected from oxygen? Apple wine must be kept in an airlock-fitted vessel with minimal headspace after primary fermentation, oxygen exposure causes ethyl acetate production. Second: was the yeast well-nourished? Nutrient-stressed yeast produces higher ester levels including ethyl acetate. At low levels, ethyl acetate adds fruity complexity; at high levels, it’s a clear defect. If the batch smells strongly of acetone, it’s not recoverable for drinking but can be used as a cooking wine.