Fig wine is one of the more rewarding fruit wines you can make at home. Figs ferment into a smooth, honey-like wine with a subtle sweetness that pairs well with desserts or stands on its own. The process follows the same basic steps as any fruit wine, but figs have a few quirks worth knowing about, from their high pectin content to their relatively low acidity. Here’s how to do it right.
What You Need for One Gallon
A standard one-gallon batch calls for about 4 pounds of fresh figs. If you’re using a mix of fresh and dried, a good ratio is roughly 3.5 pounds of fresh figs plus 1.5 pounds of dried figs, which deepens the flavor and adds complexity. Dried figs alone work too, but fresh figs give you a brighter, more aromatic result.
Beyond the fruit, gather these supplies:
- Granulated sugar: enough to bring your starting gravity to the right range (usually 1.5 to 2 pounds, depending on how sweet your figs are)
- Wine yeast: a general-purpose wine yeast works well for beginners
- Pectic enzyme: 1/2 teaspoon per gallon
- Yeast nutrient: a small addition to prevent stalled fermentation
- One Campden tablet (potassium metabisulfite)
- Acid blend or citric acid: to correct the pH
- A hydrometer
- Fermentation vessel: a food-grade bucket for primary, a glass carboy for secondary
- Airlock and stopper
Preparing the Figs
Wash your figs thoroughly under running water. You don’t need to peel them, but do remove the stems. Chop them into quarters or smaller pieces to expose more surface area. If you’re working with dried figs, pour boiling water over them and let them soak for about 10 minutes to soften before chopping. This makes them easier to break down and releases more sugar and flavor into the must.
Place the chopped figs in a nylon straining bag or cheesecloth pouch and set it inside your primary fermentation bucket. Some winemakers lightly mash the fruit at this stage with clean hands or a potato masher to break the cell walls further. Pour about a half gallon of boiling water over the bag of fruit, which helps extract color and flavor while also killing surface bacteria. Let it cool to room temperature before moving on.
Building the Must
Once the fruit is cool, crush one Campden tablet and dissolve it into the must. This protects against bacteria, mold, and wild yeasts while preventing oxidation. It also helps preserve the wine’s color. Wait 24 hours after adding the Campden tablet before introducing your yeast, since the sulfite needs time to do its job and then dissipate enough for your chosen yeast to thrive.
During that 24-hour window, add your pectic enzyme (1/2 teaspoon per gallon). Figs are loaded with pectin, and without this step your finished wine will likely be cloudy with a persistent haze that no amount of time will clear. The enzyme breaks down pectin cells and should be added before yeast, since the alcohol produced during fermentation reduces its effectiveness.
Now check your sugar level with a hydrometer. You’re aiming for a starting specific gravity between 1.070 and 1.090. That range will ferment out to roughly 10.5% to 13% alcohol by volume. A reading of 1.080, for example, should land you around 12% ABV if fermentation completes fully. Dissolve granulated sugar into warm water and stir it into the must in small increments, checking the hydrometer after each addition, until you hit your target.
Adjusting Acidity
Figs are naturally low in acid, which creates two problems: the wine can taste flat and flabby, and low acidity makes the must more vulnerable to spoilage organisms. You want a pH somewhere in the range of 3.2 to 3.5 for a stable, balanced wine. If you have pH strips or a meter, test your must and add acid blend (a mix of tartaric, malic, and citric acids sold at homebrew shops) a half teaspoon at a time until you’re in range. Without a pH meter, adding the juice of one or two lemons per gallon is a rough but workable substitute.
Fermentation
After the 24-hour Campden tablet waiting period, sprinkle your wine yeast over the surface of the must. A general-purpose wine yeast with moderate alcohol tolerance is a solid choice for fig wine. You can also add a small dose of yeast nutrient at this point. Figs are relatively low in the nitrogen that yeast needs to reproduce and stay healthy. A balanced nutrient blend of both diammonium phosphate and complex nutrients gives yeast the best chance of completing fermentation without stalling.
Cover the bucket loosely with a lid or clean towel and fit an airlock. Within 12 to 24 hours you should see signs of activity: tiny bubbles, a faint yeasty smell, and the fruit bag starting to float. Primary fermentation typically takes three to seven days. During this stage, gently push the fruit bag back down into the liquid once or twice a day to keep it moist and maximize extraction. You’ll notice vigorous bubbling that gradually slows as the yeast consumes available sugar.
When bubbling slows significantly (usually around day five to seven), remove the fruit bag. Let it drain into the bucket but resist the urge to squeeze it hard, which can release harsh tannins and make the wine bitter. Then siphon (rack) the liquid into a clean glass carboy, leaving any heavy sediment behind. Fit an airlock and move the carboy somewhere cool and dark.
Secondary Fermentation and Racking
Secondary fermentation is less dramatic. The remaining yeast slowly works through residual sugars, and the wine begins to clear as particles settle to the bottom. This stage typically lasts two to four weeks, though some fruit wines benefit from longer. You’ll see a layer of fine sediment, called lees, collecting at the bottom of the carboy.
Rack the wine off the lees every three to four weeks, transferring the clear liquid into a clean carboy each time and leaving the sediment behind. Most fig wines need two or three rackings before they’re reasonably clear. If the wine remains hazy after multiple rackings despite having used pectic enzyme, you can add a fining agent like bentonite, which is available at any homebrew supply store.
Once the wine is clear and no more bubbles are rising through the airlock, fermentation is complete. Take a final hydrometer reading. If it’s at or below 0.998, the yeast has consumed virtually all the fermentable sugar. If you prefer a sweeter wine, you can stabilize it at this point with potassium sorbate (which prevents renewed fermentation) and then stir in sugar to taste before bottling.
Bottling and Aging
Siphon the finished wine into clean bottles, leaving about an inch of headspace, and cork them. Fig wine is drinkable young, but it improves noticeably with even short aging. Research on fig wine’s volatile compounds found that ester content, the compounds responsible for fruity, floral aromas, peaked at one month of aging. That means even a brief rest in the bottle makes a meaningful difference in aroma and smoothness.
For the best results, give your fig wine at least one to three months of bottle aging before opening. Some batches continue to improve over six months as sharper flavors mellow and the body rounds out. Store bottles on their sides in a cool, dark place. Fig wine tends toward a golden amber color that deepens with time, and the flavor profile shifts from bright fruit toward caramel and dried-fruit notes as it ages.
Tips for a Better Batch
Use the ripest figs you can find. Underripe figs lack sugar and flavor, making you rely more on added sugar, which produces a thinner-tasting wine. Overripe figs are actually ideal here, since fruit that’s too soft for eating is perfect for winemaking.
Sanitize everything that touches the wine. A no-rinse sanitizer like Star San takes 30 seconds of contact and eliminates the bacteria and wild yeast that cause off-flavors or vinegar. This is the single most important habit in home winemaking.
Keep fermentation temperatures between 65°F and 75°F. Too warm and the yeast produces harsh, fusel alcohols that give the wine a hot, solvent-like taste. Too cool and fermentation may stall or drag on for weeks. A consistent, moderate temperature produces the cleanest flavors.
If you’re making your first batch, start with one gallon. It requires less fruit, less equipment, and less heartbreak if something goes wrong. Once you’ve nailed the process, scaling up to five gallons is straightforward: just multiply every ingredient by five.