Making a Braggot

A braggot (also spelled bragot or bracket) is a fermented drink made from both honey and malted grain. It sits in the space between mead and ale: not quite either, and more interesting than both when the balance is right. Historical recipes appear in Welsh law texts from the tenth century and in later Norse brewing records, placing braggot among the oldest intentionally crafted fermented drinks in northern Europe.

There is no strict legal or stylistic definition of the honey-to-malt ratio. In practice, braggots range from 50/50 splits — equal contributions from honey and malt fermentables — to 70/30 honey-dominant blends where grain provides body and character without dominating the fermentable profile. Below 50% honey by fermentable contribution, the drink starts to behave more like a honey beer than a true braggot. Above 80% honey it is difficult to distinguish from a standard mead with a small grain addition.

The defining characteristic is the interaction between honey-derived esters and the malt-derived body and colour. A well-made braggot has a texture no plain mead can match, while the honey keeps the finish lighter and drier than a comparable ale.

The grain bill determines the body, colour, and malt character of the finished braggot. Start with a base malt and add specialty grains for complexity — the same approach used in recipe design for any ale, but with smaller quantities since honey will supply a significant share of the fermentable sugars.

Base malts provide the majority of the malt fermentables and the enzymatic power to convert starches (relevant for all-grain brewing). Pale ale malt is a neutral, widely available choice. Munich malt adds a richer, biscuity character and suits amber braggots well. Maris Otter — a traditional English pale malt — brings a fuller, slightly nutty base and works well in honey-forward styles where you want the malt to complement rather than compete.

Crystal malts (caramel malts) contribute unfermentable dextrins that add body and residual sweetness, and provide amber-to-red colour depending on the degree of kilning. Use crystal 20–40L for pale braggots, crystal 60–80L for amber styles. Keep crystal additions to 10–20% of the grain bill to avoid excessive sweetness — honey will already push residual sweetness if fermentation stops early.

Roasted malts (chocolate malt, roasted barley, black patent) suit dark braggots paired with buckwheat or wildflower honey. Use them sparingly — 3–8% of the grain bill is enough to add colour and roast character. Pairing roasted grain with a strong, dark honey creates a complex drink, but the combination can overwhelm if either element is overdone.

All-grain brewing requires a full mash — heating milled grain in hot water to convert starches to fermentable sugars, then sparging (rinsing) the grain bed to collect wort. This produces the most control and the freshest character but adds 60–90 minutes to brew day and requires dedicated equipment (a mash tun, a large kettle, a way to manage temperature).

Dry malt extract (DME) and liquid malt extract (LME) are pre-converted and pre-concentrated wort — you dissolve them in water and they contribute fermentable sugars and colour directly. This is the simplest approach for a braggot, particularly if you are already comfortable making mead and want to add grain character without learning all-grain brewing. DME is easier to measure precisely by weight and stores longer than LME; LME dissolves more readily in cold water.

A partial mash sits between the two approaches: steep a small quantity of specialty grains (crystal malts, roasted malts) in hot water at around 65–70°C for 30 minutes, then strain out the grain and add DME or LME for the fermentable base. This lets you add colour and flavour from specialty grains without a full mash. Specialty grains without a significant starch component (most crystal and roasted malts) can be steeped without a mash and will contribute colour, flavour, and a small amount of fermentable sugar.

For a first braggot, a partial mash or pure extract approach is the right call. Add honey after cooling the wort to below 30°C — high heat destroys delicate honey aromatics.

Honey selection for a braggot follows the same principle as any mead: lighter honeys let the other ingredients speak, while stronger varieties assert their own character. The key difference is that malt already provides flavour complexity, so the honey role shifts depending on which style you are making.

For pale braggots, acacia or clover honey are the natural choice. Both are mild, clean, and high in fructose — they ferment dry and leave a light floral note without competing with the malt. Light wildflower honey works well if you want a touch more character.

For amber braggots paired with Munich or crystal malts, orange blossom or blackberry blossom honey adds a complementary floral and fruit character that bridges the malt and honey contributions.

For dark braggots using roasted grain, buckwheat honey is the classic pairing. Its molasses and earthy notes echo the roast character and produce a drink with genuine depth. Wildflower honey from late-season forage works similarly if buckwheat is unavailable.

Avoid highly acidic honey varieties (eucalyptus, forest, heather) in braggots unless you specifically want to manage pH. Malt wort typically arrives at pH 5.0–5.5 before honey is added; honey lowers this, and acidic varieties can push the must below the safe fermentation range. Check pH before pitching and correct with potassium bicarbonate if needed. See the pH guide.

Malt wort contains naturally occurring free amino nitrogen (FAN) and a range of micronutrients that yeast can use. This means a braggot must already has a meaningful YAN baseline before any commercial nutrients are added. Adding a full TOSCA 2.0 dose calculated purely from the honey sugar content will oversupply nitrogen and risk producing off-flavours.

The calculator handles this automatically. Select Braggot as the mead style, enter your malt weight and type in the honey panel, and the results panel will show a YAN breakdown: the base target, the nitrogen malt contributes, and the adjusted requirement your nutrient additions need to cover. The SNA schedule is scaled to the adjusted figure — you do not need to estimate a manual reduction.

If you are calculating by hand rather than using the calculator: reduce your total TOSCA nutrient additions by roughly 25–40% relative to a honey-only batch of the same volume and OG. The higher the malt share of the fermentable bill, the larger the reduction — a 50/50 braggot sits toward the 40% end, a 70/30 honey-dominant batch sits closer to 25%.

Either way, stagger the additions across the first 96 hours. The timing logic of TOSCA applies regardless of must composition — what changes is the dose per addition, not the structure. GoFerm PE at rehydration remains standard; it protects cell membranes during osmotic shock and is independent of must composition.

Monitor the fermentation closely for the first 48 hours. Malt wort fermentations can move faster than plain mead, especially with ale yeast strains. If activity is vigorous and gravity is dropping rapidly, do not front-load extra nutrients — follow the schedule and trust the process. See the TOSCA 2.0 guide.

Hops are optional in a braggot but they are part of the tradition. Medieval braggot recipes frequently included bittering herbs — hops were one of many candidates, alongside mugwort, yarrow, and gruit blends. A small hop addition brings a counterpoint to honey sweetness and helps with preservation.

Keep the IBU target low: 5–15 IBU is a useful range for a balanced braggot. At this level, bitterness is present but not dominant — it rounds out the sweetness rather than asserting a beer character. Going above 20 IBU pushes the drink firmly into ale territory and can make the honey taste thin by comparison.

Late boil additions (last 5–10 minutes of the boil) or flameout additions contribute aroma and flavour with minimal bitterness isomerisation. This is the right approach for most braggots — you want the hop character to be a supporting note, not the defining feature. Noble varieties (Saaz, Hallertau, Tettnang) and English varieties (Fuggles, East Kent Goldings) suit the style; avoid high-alpha American hops that tend toward citrus and pine, which clash with honey aromas.

Dry hopping after primary fermentation is complete adds aroma without bitterness. Add hops directly to the secondary vessel for 3–5 days, then rack away from the hops before bottling or kegging. This suits pale braggots where you want a fresh, floral aroma that complements light honey varieties.

If you are not boiling the must (pure extract braggot with no boil), you can still add hops by making a hop tea — steep the hops in near-boiling water for 10–15 minutes, cool, and add the liquid to the fermenter before pitching. This extracts aroma compounds and a small amount of alpha acids without a formal boil.

Yeast selection is the most significant flavour decision in a braggot after the honey-to-malt ratio. The choice comes down to which half of the character you want to lead.

Ale yeasts (US-05, S-04, Wyeast 1056 American Ale) are clean, reliable, and attenuative. They ferment at ale temperatures (18–22°C) and produce a dry, malt-forward result. US-05 in particular is very neutral, which lets both the honey and malt speak without yeast-derived ester interference. S-04 adds a slight fruity ester that pairs well with floral honey varieties. Ale yeasts are a good choice for first-time braggot makers because their fermentation behaviour is predictable and well-documented.

Mead and wine yeasts (71B, D47, EC-1118) produce a honey-forward result. 71B metabolises malic acid and produces isoamyl acetate (banana ester), which works particularly well with lighter honey varieties in pale braggots. D47 is cold-fermented (below 15°C) and produces a floral, delicate character — well-suited to acacia or clover honey braggots but prone to off-flavours if fermented too warm. EC-1118 is highly attenuative and can strip honey aroma; use it only for very high-gravity braggots where fermentability is a concern.

Hybrid braggots — those aiming for balance rather than a distinct lean — can use either style of yeast. Some makers use a blend: pitch ale yeast first for a fast, clean primary fermentation, then add a mead yeast after racking to secondary to develop honey complexity during a slow secondary fermentation. This is an advanced technique and requires good temperature control.

Braggots typically fall in the 1.080–1.120 OG range, though they can go higher for strong or barleywine-style interpretations. The calculator adds malt gravity directly when you enter the weight and type — DME at roughly 46 ppg, LME at 36 ppg, mashed grain at 28 ppg (US brewing terms). Honey contributes in the same ballpark at typical sugar percentages, so a 50/50 split by weight produces a must with comparable gravity contributions from each fermentable.

Because both fermentables are highly fermentable — malt wort at a typical mash temperature produces around 75–80% fermentable sugars, and honey is 95%+ fermentable — finished gravity will typically be 1.006–1.016 depending on yeast attenuation. Expect a drier finish than a beer of similar OG. If you want residual sweetness, add back-sweetening honey after stabilisation rather than counting on fermentation to leave it behind.

Fermentation temperature should follow the yeast's recommendation. For ale yeasts, 18–22°C produces the cleanest character. For mead yeasts, lower is generally better — 15–18°C for 71B, below 15°C for D47. Malt wort fermentations generate more heat than plain mead fermentations, particularly in the first 48–72 hours, so monitor temperature and cool if needed.

Primary fermentation in a braggot is typically complete in 1–3 weeks for ale yeast strains or 3–6 weeks for mead yeast strains. Clear the braggot off the lees once gravity has stabilised, then condition for at least 4 weeks before evaluating the final character. Braggots often improve substantially with extended conditioning — 3–6 months is not unusual for higher-gravity batches.

This recipe produces a balanced 50/50 pale braggot suitable as a first attempt. It uses dry malt extract rather than all-grain to keep the process simple, a neutral ale yeast, and no hops.

Expected OG: approximately 1.082–1.085. Dissolve DME in 1 litre of hot water (near boiling), cool to below 30°C, then stir in the honey. Top up to 5 litres with cold water. Check and adjust pH to 3.7–3.9 if needed. Rehydrate US-05 in GoFerm PE solution for 20 minutes, then pitch.

Expected FG: approximately 1.008–1.012 with US-05, giving an estimated ABV of around 9–10%.

Nutrient note: the total Fermaid O dose of 3 g across 4 additions (0.75 g each) represents roughly a 35% reduction from the standard TOSCA 2.0 dose for a 5-litre batch at this OG — appropriate for the 50/50 honey-to-malt ratio. The calculator derives this figure automatically when you enter the malt weight; the 3 g figure here is illustrative. Fermaid O only; no DAP required.

Allow 2–3 weeks in primary at 18–20°C, then rack to a clean vessel and condition for 4–6 weeks. The finished braggot should be pale gold with a light malt backbone, clean honey aroma, and a dry, refreshing finish.