How to make mead: a 1-gallon honey wine recipe, step by step

To make mead at home, dissolve about 2.75 lb (1.25 kg) of honey in warm water, top it up to 1 gallon, add a rehydrated wine yeast and yeast nutrient, and let it ferment under an airlock for three to six weeks at 64 to 72°F (18 to 22°C). After one or two rackings and a few months of clearing, you bottle a honey wine of 10 to 14% ABV, dry, semi-sweet or sweet depending on how much honey you used and where fermentation stops. Federal law lets adults make it at home tax free for their own use; selling it takes a federal winery approval and a state license.

What is mead?

Mead, or honey wine, is an alcoholic drink made by fermenting honey diluted in water. A 2014 review of mead research by Iglesias and colleagues in the journal Molecules describes it as a traditional drink of 8 to 18% alcohol by volume that takes anywhere from a few weeks to several months to ferment. It can be still, lightly sparkling or fully sparkling, and anything from bone dry to dessert sweet.

US law treats it as a wine. The Alcohol and Tobacco Tax and Trade Bureau (TTB) classifies mead as an agricultural wine, and its labeling standard says “honey wine” must come wholly from honey, apart from sugar and water, with hops the only flavoring allowed; “mead” may be used in place of “honey wine”.

American mead makers and competitions use a family of names:

Name	What goes in	Character
Traditional mead	honey, water, yeast	pure honey flavor, dry to sweet
Melomel	with fruit (blackberry, cherry, blueberry)	fruity, tart
Cyser	with apple juice or cider	like a rich hard cider
Pyment	with grapes or grape juice	close to a white or red wine
Metheglin	with spices or herbs (cinnamon, ginger, vanilla)	spiced, aromatic
Braggot	with malted barley	halfway between mead and beer

The Beer Judge Certification Program (BJCP), whose guidelines most US homebrew competitions follow, also sorts meads by strength and sweetness. A “hydromel” starts at an original gravity of 1.035 to 1.080 and finishes at 3.5 to 7.5% ABV, a “standard” mead runs from 1.080 to 1.120 and 7.5 to 14%, and a “sack” mead from 1.120 to 1.170 and 14 to 18%. Those figures come from its 2015 guidelines, which group the styles into traditional mead, melomel, spiced mead and specialty mead; check the newer 2026 edition before entering a competition.

This guide covers traditional mead.

What equipment and ingredients do you need?

Equipment

US homebrew shops sell everything in two sizes: 1-gallon glass jugs for test batches and 5-gallon carboys or buckets for full batches. Start with one gallon. You will need:

• a 2-gallon food-grade bucket with a lid, for the foamy first week, when the must needs headspace;
• a 1-gallon glass jug with a drilled rubber stopper and an airlock, which lets carbon dioxide out without letting air in;
• a hydrometer reading about 0.990 to 1.170, with a test jar. This is the one tool you cannot skip;
• a thermometer;
• an auto-siphon or racking cane with tubing;
• a small digital scale reading to 0.1 g, for nutrient and acid;
• bottles: five 750 ml wine bottles per gallon, with corks and a hand corker, or swing-top bottles;
• a no-rinse sanitizer sold for homebrewing, or potassium metabisulfite (Campden tablets).

Ingredients for 1 gallon of semi-sweet mead

Ingredient	Amount for 1 US gallon (3.8 L)	What it does
Honey	2.75 lb (1.25 kg)	fermentable sugar and all the flavor
Water	about 3 quarts (2.9 L)	dilution
Dried wine yeast	one 5 g packet	fermentation
Yeast nutrient	1 g of diammonium phosphate (DAP), or the label dose of a complex nutrient	nitrogen for the yeast
Tartaric acid (optional)	2 to 4 g, adjusted to taste	acidity, protection, balance

Water. Most municipal tap water works. If yours smells of chlorine, leave it in an open pitcher for a few hours. If your utility uses chloramine, which does not gas off, use filtered or spring water instead.

Honey. Honey is about four-fifths sugar, and that sugar becomes alcohol. USDA’s grade standards allow no more than 18.6% moisture for Grade A honey, so a well-ripened honey from a beekeeper is a consistent starting point.

The honey decides what the mead tastes like, and the US has some famous ones:

• orange blossom from Florida and California, the classic choice for a fragrant, light mead;
• clover and alfalfa from the Midwest, Northeast and Plains, mild and clean;
• tupelo from the river swamps of northwest Florida, where UF/IFAS Extension notes the Apalachicola River region holds one of the largest tupelo forests on earth;
• sourwood from the Southeast, an amber, highly prized honey from a tree NC State Extension finds from the Piedmont west to the mountains;
• sage from California, delicate and slow to set;
• buckwheat, very dark and malty, which makes a powerful mead that people either love or hate.

Crystallized honey works perfectly well. Set the jar in warm water and keep the honey itself below 104°F (40°C) until it melts, as our guide to crystallized honey explains, and see how to choose honey for reading labels. Do not boil it. Maugenet, the French scientist whose 1964 study in Apidologie is still one of the most thorough on mead, warned that heating honey dissolves some wax and propolis and risks forming hydroxymethylfurfural (HMF).

Cost. USDA’s National Agricultural Statistics Service put the average price of US honey at $3.05 per lb in 2025, so the honey for a gallon costs about $8.40 at that price. Retail jars of varietal honey cost several times more; a pail from a local beekeeper is usually cheaper.

How much honey per gallon? Dry, semi-sweet or sweet mead

The basic rule

The style comes down to two things: how much honey you use, which sets the original gravity and potential alcohol, and how much alcohol your yeast can handle. If the yeast can make more alcohol than the honey can supply, it eats all the sugar and the mead finishes dry. If there is more honey than the yeast can finish, it quits early and leaves sugar behind, and the mead is sweet.

A handy rule of thumb: 1 lb of honey in 1 US gallon of must adds about 35 gravity points (0.035). Honey varies with its moisture, so treat it as a starting estimate.

The amounts are per gallon of finished must, honey included, not per gallon of water. A pound of honey takes up roughly 1.4 cups (about a third of a liter), so put the honey in first and then add water to the 1-gallon line.

Table: honey per gallon for each style

Style	Honey per US gallon	Original gravity to aim for	Yeast tolerance	Final gravity	Strength
Dry	2 to 2.25 lb (0.9 to 1 kg)	1.070 to 1.079	14% or more	0.995 to 1.000	9.5 to 11% ABV
Semi-sweet	2.5 to 2.75 lb (1.15 to 1.25 kg)	1.088 to 1.096	12 to 14%	1.005 to 1.012	10 to 12% ABV
Sweet	3 to 3.25 lb (1.35 to 1.5 kg)	1.105 to 1.114	13 to 14%	1.015 to 1.025	11 to 13% ABV
Sack	3.5 lb (1.6 kg) and up	1.120 and up	14% or more	1.025 and up	13 to 15% ABV

For a 5-gallon batch, multiply by five: about 13 to 14 lb (6 kg) of honey for a semi-sweet mead. These are homebrewer ranges, and the hydrometer, not the scale, has the last word. The BJCP calls a mead dry when it finishes at 0.990 to 1.010, semi-sweet at 1.010 to 1.025 and sweet at 1.025 to 1.050.

The safer route to semi-sweet and sweet

Hitting an exact final gravity is hard, so many mead makers ferment to dry, stabilize the mead, then sweeten it to taste with a little dissolved honey. This is called backsweetening, and it is only safe after stabilizing (see below).

Which yeast and nutrients work best for mead?

Choosing a yeast

Use a dried wine yeast, a strain of Saccharomyces, from a homebrew shop. Maugenet found that the sugar-tolerant wild yeasts in honey generally cannot start a must properly. Bread yeast is a poor substitute: it tends to leave a doughy flavor and gives out at lower alcohol.

Yeast type	Usual alcohol tolerance	Best for
Champagne or “restart” yeast	16 to 18%	dry mead, rescuing a stuck fermentation
Aromatic white wine yeast	13 to 15%	semi-sweet and sweet meads that keep the honey aroma
Red wine or fruit wine yeast	12 to 14%	melomels and pyments
Ale or cider yeast	8 to 11%	light, sessionable hydromels

Rehydration. Sprinkle the yeast onto about ten times its weight of water at 95 to 104°F (35 to 40°C), wait 15 to 20 minutes, stir, then add it to the must. Yeast makers advise keeping the starter within about 18°F (10°C) of the must to avoid temperature shock. Follow the packet.

Feeding the yeast

Honey must lacks the nitrogen, minerals and vitamins yeast needs. The Molecules review blames high sugar, low nutrients, low minerals, low pH and weak buffering for the slow and stuck fermentations that mead is known for, and notes that nitrogen-poor honey means poor yeast growth and long fermentations. Maugenet pointed to thiamine (vitamin B1), which honey appears to lack, and got good yeast growth with about 250 mg of DAP per liter.

Without help, the yeast struggles, gives off a rotten-egg smell (hydrogen sulfide) or stops halfway. You have two options:

• DAP alone: 0.25 g per liter, or about 1 g per gallon;
• a complex yeast nutrient with organic nitrogen, vitamins and minerals: use the label dose.

Split it up rather than adding it all at once. Add half 24 hours after pitching the yeast and the rest when the gravity has dropped about a third of the way to its expected finish, usually on day three or four. Do not add nitrogen past the halfway point: the yeast no longer uses it and bacteria will.

Acidity

Honey must has little acid and little buffering capacity, which leaves it open to lactic bacteria. The Molecules review says a buffer is needed to hold the pH at 3.7 to 4.0 through fermentation. Maugenet suggested about 1.9 g per liter of tartaric acid, which he preferred to citric acid because lactic bacteria can consume citric acid. Too much acid at the start can stall the yeast, though, so add 0.5 to 1 g per liter at the start and adjust to taste after fermentation.

Mead recipe step by step (1 gallon, semi-sweet)

1. Sanitize everything that will touch the must: bucket, spoon, funnel, hydrometer, test jar, airlock.
2. Weigh 2.75 lb (1.25 kg) of honey. If it has crystallized, warm the jar in water no hotter than 104°F (40°C).
3. Dissolve the honey in about half a gallon of water at 86 to 95°F (30 to 35°C), stirring until nothing is left on the bottom. Boiling water drives off aroma.
4. Top up to 1 gallon with cool water (mark the bucket at 1 gallon with a measuring jug beforehand). The must should settle at about 68 to 77°F (20 to 25°C).
5. Take the original gravity: you should read about 1.096. Too high, add a little water; too low, a little dissolved honey. Note it.
6. Add the acid if you are using it, 2 to 4 g, and stir.
7. Aerate hard for two or three minutes with a whisk or a drill-mounted stirrer. Yeast needs oxygen to multiply early on.
8. Rehydrate the yeast for 15 to 20 minutes in 1.5 fl oz (50 ml) of water at 95 to 104°F (35 to 40°C), then pitch it.
9. Fit the lid and airlock, filled with water or sanitizer, and keep the bucket in a dark spot at 64 to 72°F (18 to 22°C).
10. At 24 hours, add the first half of the nutrient (0.5 g of DAP) dissolved in a little must.
11. For the first three days, stir once or twice a day to release gas. Maugenet stressed aerating on day two or three, when the yeast multiplies fastest.
12. Around day three or four, when the gravity reaches about 1.065, add the second half of the nutrient. From here on, stop whipping air in.
13. After about a week, when the foaming calms down, siphon into a sanitized 1-gallon jug, leaving the thick sediment behind, and fit the stopper and airlock. Fill to the base of the neck.
14. Let it ferment three to five more weeks. The airlock slows and stops. Check the gravity weekly with a sanitized wine thief.
15. First racking: when the gravity holds steady over three readings a few days apart and a layer of lees has formed, siphon the mead into a clean jug. Top up the space with a similar mead or a little honey water to keep air out.
16. Clearing: leave it two to three months somewhere cool, ideally 50 to 59°F (10 to 15°C), then rack again. If it stays hazy, a bentonite fining at the label dose clears it.
17. Stabilize and backsweeten if you want a semi-sweet or sweet mead from a dry one (see below).
18. Bottle once the mead is clear and the gravity has been stable for at least two weeks.
19. Age: corked bottles on their side, swing tops upright, cool and dark, for at least three months before tasting. The University of Georgia’s home winemaking circular suggests about a year at around 60°F (16°C) for the best clarity and flavor.

Stabilize before you sweeten or bottle

Maugenet described two ways to stabilize mead: pasteurization, or sorbic acid or potassium sorbate at about 150 to 200 mg per liter, with sulfur dioxide at 25 to 50 mg per liter before filtering.

At home, the usual method combines potassium sorbate with a Campden tablet or potassium metabisulfite at the label dose, 24 hours before sweetening. Sorbate does not kill yeast; it stops it from multiplying, so it only works on a mead that has already cleared. Sulfites stay in the finished mead, which matters if you share bottles with someone who is sulfite-sensitive.

How do you use a hydrometer and calculate ABV?

A hydrometer measures density against water (1.000). Sugar raises it and alcohol lowers it, so the gravity falls during fermentation and stops when the yeast is done.

The standard ABV formula:

ABV (%) ≈ (original gravity − final gravity) × 131.25

A must that started at 1.096 and stopped at 1.006 is about (1.096 − 1.006) × 131.25 = 11.8% ABV. The same must taken down to 0.998 would reach about 12.9%.

For accurate readings:

• Read at eye level on a sample stirred free of gas: bubbles lift the hydrometer.
• Correct for temperature. Most US hydrometers are calibrated at 60°F (15.6°C) or 68°F (20°C); a warm sample reads low, so use the chart that comes with yours.

In standard drinks, NIAAA counts 14 g of pure alcohol, or 5 fl oz of 12% wine, as one drink. A 750 ml bottle of 12% mead holds about five standard drinks.

How long does mead take? The timeline

Stage	Time	Temperature	What to look for
Mixing and pitching	1 to 2 hours	must at 68 to 77°F (20 to 25°C)	original gravity recorded
Lag phase	12 to 48 hours	64 to 72°F (18 to 22°C)	first bubbles in the airlock
Vigorous fermentation	5 to 10 days	64 to 72°F (18 to 22°C)	foam, fast bubbling, nutrient in two doses
Slow fermentation	2 to 5 weeks	64 to 72°F (18 to 22°C)	gravity falling more slowly
First racking	at 3 to 6 weeks	room temperature	gravity stable three times
Clearing	2 to 4 months	50 to 59°F (10 to 15°C)	second racking, fining if needed
Bottling	at 3 to 6 months	room temperature	clear, stable for two weeks
Aging	3 months to 2 years	50 to 60°F (10 to 16°C), dark	dry and strong meads need longest

Maugenet saw fermentations of 20 to 30 days at 68 to 77°F (20 to 25°C) and advised against going over 82°F (28°C) with a rich must. The Molecules review reports faster fermentation between 68 and 86°F (20 and 30°C), slowing below 59°F (15°C) and above 86°F. At home, aim for 64 to 72°F: a cooler ferment is a bit slower but keeps more honey aroma and makes fewer hot, solvent-like alcohols.

Where you live changes where the jug should sit. In the South and on the Gulf Coast, a summer ferment needs an air-conditioned interior room or closet, because a warm garage will run far too hot. In the Northeast and Midwest, a winter basement at 55 to 60°F (13 to 16°C) is too cold for primary fermentation but ideal for clearing and aging. In much of the country, fall is the natural time to start: the new crop is in after the honey harvest, and our plants for bees guide explains why each region’s honeys taste so different.

Stuck, sour or cloudy mead: what to do

Symptom	Likely cause	What to do
No bubbles after 48 hours	dead or shocked yeast, must too warm or cold, leaky lid	check the gravity (a leaky lid can hide an active ferment), bring to 68°F (20°C), repitch properly rehydrated yeast
Stopped well above the expected gravity	not enough nitrogen, too cold, too much honey, too acidic	warm to 68°F, degas, add nutrient if a dose was missed, restart with Champagne yeast acclimated gradually
Rotten egg smell	yeast stressed by lack of nitrogen	aerate and add nutrient while still in the first half of fermentation; a splashy racking helps later
Vinegar smell, white film	acetic bacteria, too much air	cut headspace, rack, add a Campden tablet; a strongly vinegary batch is lost
Sour milk or rancid butter taste, oily look	lactic bacteria	usually beyond saving; prevent with sanitation, enough acid and a fast, complete ferment
Still hazy after three months	yeast in suspension, honey proteins	time somewhere cold, bentonite, another racking
Solvent taste, hot finish	fermentation too warm	nothing to fix afterward; long aging softens it

Making mead safely

Bottle bombs

The main hazard is glass: a fermentation that restarts in a sealed bottle builds pressure until the cork pops or the bottle bursts. To avoid it:

1. Bottle only mead whose gravity has been stable for at least two weeks.
2. If you backsweetened, stabilize first, and fill one plastic soda bottle as a tester: if it turns rock hard, fermentation has restarted.
3. For sparkling mead, add a measured priming dose of about 6 to 7 g of sugar per liter (0.8 to 0.9 oz per gallon) to a mead fermented dry, cleared and not treated with sorbate, and use only bottles built for pressure: Champagne bottles, capped beer bottles or swing tops. Never still wine bottles or mason jars.
4. Keep new bottles in a closed box for the first few weeks.

Sanitation

Clean, then sanitize, everything that touches the must. Until the yeast takes over, diluted honey is an ideal home for unwanted microbes.

Distilling is off limits

The home winemaking allowance covers wine only. Federal law does not allow distilling spirits at home, even for personal use, so do not turn mead into honey brandy without a federal distilled spirits permit.

Alcohol and health

Mead is as strong as wine, and the honey gives it no special health value: the benefits linked to honey, covered in our article on the health benefits of honey, do not carry over to an alcoholic drink. CDC states there is no known safe amount of alcohol during pregnancy or when trying to get pregnant, and that all types of alcohol, wine included, are equally harmful. The legal drinking age is 21 in every state, and do not taste-test before driving.

Is homemade mead legal, and can you sell it?

The federal home allowance

Mead is wine for federal purposes, so homemade mead falls under 27 CFR 24.75, “Wine for personal or family use”. It allows any adult to produce wine without paying tax, for personal or family use and not for sale:

• 200 gallons per calendar year in a household with two or more adults;
• 100 gallons per calendar year in a household with one adult.

The rule defines an adult as 18 or older, unless the locality sets a higher minimum age for buying wine, in which case that higher age applies, so in practice 21. You may take your mead out of the house for personal or family use, including organized events such as homebrew contests, tastings and judgings, but it may never be sold or offered for sale. The exemption also does not authorize production that violates state or local law.

State home brewing rules vary

Homebrewing has been legal in all 50 states since Mississippi’s law took effect on July 1, 2013, according to the American Homebrewers Association, with Alabama legalizing it the same year. The details are set by each state. A few examples from the National Conference of State Legislatures’ summary of state statutes:

• California requires no license for wine or beer made for personal or family use by a person over 21, with the same 100 and 200 gallon limits as federal law, and allows it to be taken to competitions and tastings.
• Florida sets the same 100 and 200 gallon limits and bans sales.
• Alabama covers beer, mead, cider and table wine, but caps production at 15 gallons per quarter, no more than 15 gallons kept at a residence at one time, and up to 10 gallons taken to any one licensed competition. It is prohibited in dry municipalities, and in dry counties outside wet municipalities.
• Ohio and Kentucky have no specific statute and defer to federal law.

The NCSL page dates from 2019 and is not a legal reference, so check current law with your state’s alcohol beverage control agency before you brew or carry bottles to a club meeting.

Selling: federal approval comes first

Selling even a few bottles at a farmers market makes you a commercial winery. TTB says mead must be made at a qualified wine premises, and its application process requires, before any business begins:

1. an Application to Establish and Operate Wine Premises (TTB Form 5120.25) to qualify as a bonded winery;
2. a basic permit under the Federal Alcohol Administration Act (Form 5100.24) for anyone producing or blending wine for commercial purposes;
3. a wine bond, unless you qualify for an exemption;
4. registration of trade names and a special tax registration.

Applications can be filed through TTB’s Permits Online system. TTB may refer an application for an on-site inspection, so allow time. You will also need a state license, and often local approvals, so contact your state alcohol beverage control agency at the same time.

Selling: federal excise tax

Category under 26 U.S.C. 5041	Federal tax per wine gallon
Still wine, not over 16% ABV	$1.07
Still wine, over 16% to 21% ABV	$1.57
Artificially carbonated wine	$3.30
Sparkling wine	$3.40

A 750 ml bottle is about 0.2 gallons, so a still mead under 16% carries about 21 cents of tax. Small producers can claim a credit of $1 per wine gallon on their first 30,000 gallons, 90 cents on the next 100,000 and 53.5 cents on the next 620,000, which brings the tax on a small meadery’s still mead close to zero.

The law also has a rule written for mead. A mead made solely from honey and water, with no fruit or fruit flavoring, under 8.5% ABV and with no more than 0.64 g of carbon dioxide per 100 ml, is taxed as a still wine even though it is lightly sparkling. A fruit melomel or a stronger sparkling mead does not qualify and pays the sparkling or carbonated rate.

Selling: labels

TTB’s mead fact sheet sets out the labeling rules:

• meads of 7% ABV or more follow TTB labeling rules and standards of fill, with Federal Alcohol Administration Act standards applying to those sold in interstate commerce; meads under 7% follow FDA food labeling rules instead;
• every mead label must carry the government health warning statement;
• a standard “honey wine” may not exceed 14% ABV, may not have wine spirits added and may not contain colorings or flavorings other than hops;
• a honey wine made with fruit or spices, or one that does not meet the standard, is an “other than standard” wine or a wine specialty product and needs a statement of composition, and some need formula approval.

A short history of mead

Mead is often called the oldest alcoholic drink, which is plausible, since wild honey diluted by rain ferments on its own. The oldest chemical evidence for a drink made with honey comes from Neolithic pottery at Jiahu, in China: in PNAS in 2004, Patrick McGovern’s team identified a fermented drink about 9,000 years old made from rice, honey (traced through beeswax) and fruit, hawthorn or wild grape. It is the earliest trace of a honey drink, though not a pure mead.

In northern Europe, where grapes grew poorly, mead was long the drink of feasts, poems and sagas, before cheaper ale and wine, and later cane and beet sugar, pushed it aside. Our history of beekeeping tells the wider story of bees and beekeepers. In the US, homebrewers and small meaderies have brought it back. Find more ideas in our honey recipes section.

Frequently asked questions

How much honey do I need per gallon of mead?

For one US gallon (3.8 liters) of finished mead, plan on about 2 to 2.25 lb (0.9 to 1 kg) of honey for a dry mead, 2.5 to 2.75 lb (1.15 to 1.25 kg) for a semi-sweet mead and 3 to 3.25 lb (1.35 to 1.5 kg) for a sweet one. Put the honey in first, then add water up to the 1-gallon mark, and check with a hydrometer.

What is the alcohol content of homemade mead?

Most homemade meads land between 10% and 14% ABV, and a review in the journal Molecules gives 8% to 18% for meads in general. The Beer Judge Certification Program calls a mead under 7.5% a hydromel and one over 14% a sack mead. To calculate yours, subtract the final gravity from the original gravity and multiply by 131.25.

Can you make mead without yeast?

You can try, but it is a gamble. Honey carries wild yeasts, yet the French researcher J. Maugenet found in 1964 that they generally cannot start a honey must properly. While nothing happens, the diluted honey sits unprotected and bacteria can turn it sour. A packet of dried wine yeast from a homebrew shop costs a few dollars and gives a fast, predictable start.

How long does it take to make mead?

Plan on three to six weeks of primary fermentation at 64 to 72°F (18 to 22°C), then two to four months of clearing with one or two rackings. A mead is drinkable at four to six months, but most taste much better after a year in the bottle. Strong, dry meads take the longest to smooth out.

Is it legal to make mead at home in the US?

Yes. Federal rules in 27 CFR 24.75 let any adult make wine, which includes mead, for personal or family use without paying tax: up to 100 gallons a year in a one-adult household and 200 gallons with two or more adults. It can never be sold. State and local law still applies, and some states set lower limits or ban it in dry areas.

Can I sell my homemade mead?

Not from your kitchen. Mead sold to the public must be made at a TTB-qualified bonded winery, which needs federal approval before you start, usually including a basic permit, plus a state license from your alcohol beverage control agency. You also pay federal excise tax, and bottles need an approved label with the government health warning.

Why did my mead stop fermenting?

The most common causes are a lack of nitrogen for the yeast, a room that is too cold, too much honey, or a must that has become too acidic. Confirm it with three gravity readings over a few days. Then move it to about 68°F (20°C), stir out the gas and add your second nutrient dose if you skipped it. As a last resort, repitch with rehydrated Champagne yeast.

What is the best honey for mead?

One you like eating on its own, because its flavor carries into the glass. Orange blossom is a classic for a fragrant, light mead, clover gives a clean neutral base, and tupelo and sourwood make prized regional meads. Buckwheat makes a dark, intense mead that is not for everyone. Crystallized honey works fine once gently warmed below 104°F (40°C).

Sources

1. Developments in the fermentation process and quality improvement strategies for mead production (Iglesias et al., Molecules, 2014), Molecules (MDPI)
2. L'Hydromel (J. Maugenet, Apidologie, 1964), Apidologie (INRA)
3. Introduction to the mead guidelines, Beer Judge Certification Program (BJCP)
4. Winemaking at home (Circular 717, W. C. Hurst, reviewed 2013), University of Georgia Cooperative Extension
5. 27 CFR 24.75: Wine for personal or family use, Electronic Code of Federal Regulations (eCFR)
6. 26 U.S. Code § 5041: Imposition and rate of tax (wine, including mead), Legal Information Institute, Cornell Law School
7. Mead and honey wine fact sheet, Alcohol and Tobacco Tax and Trade Bureau (TTB)
8. Wine: federal application process, Alcohol and Tobacco Tax and Trade Bureau (TTB)
9. Home manufacture of alcohol: state statutes (updated January 2019), National Conference of State Legislatures (NCSL)
10. 2013 Homebrew Odyssey: homebrewing now legal in all 50 states, American Homebrewers Association
11. What is a standard drink? (updated December 2025), National Institute on Alcohol Abuse and Alcoholism (NIAAA)
12. About fetal alcohol spectrum disorders (alcohol and pregnancy), Centers for Disease Control and Prevention (CDC)
13. United States Standards for Grades of Extracted Honey, USDA Agricultural Marketing Service
14. Honey (March 2026), USDA National Agricultural Statistics Service
15. Tupelo honey: rich in local history and medicinal value, UF/IFAS Extension, Franklin County
16. Sourwood: a honey of a tree, NC State Extension, Lee County Center
17. Penn Museum archaeochemist and international scholars confirm 9,000-year history of Chinese fermented beverages (PNAS, McGovern et al., 2004), University of Pennsylvania, Penn Today