Strawnana Smash Co-Ferment Blend! - 8oz

The grind is dialed 35μm finer than a default light roast V60 — a composite of a 40μm reduction for light-roast density offset by 5μm coarser for honey processing. Honey processing increases cell wall porosity compared to washed, which marginally aids flow, so the net setting lands at 465μm. Temperature sits at 93°C rather than the default 94°C because the honey and co-fermentation process leaves residual fruit compounds that are temperature-sensitive; one degree protects the strawberry and banana-derived esters from volatilizing prematurely. The 1:15-1:16 ratio is slightly richer than baseline to compensate for light roast's lower solubility ceiling. The V60's spiral ribs and open drain produce faster flow than a flat-bottom brewer, which benefits this honey-processed coffee — too slow a draw means uneven extraction through the fermentation-modified cell matrix.

The Kalita Wave's flat-bottom design and three-hole drain create a more uniform flow path than the V60's single-drain cone — water contacts grounds evenly across the bed surface rather than converging toward a center point. For a co-ferment blend drawing from multiple Colombian lots (Quindio and Huila) with different soluble densities, that uniform contact matters: the flat bed reduces the risk of fast lanes through lower-density particles while denser components slow flow. Grind at 495μm, temperature 93°C, ratio 1:16-1:17. The slightly leaner ratio here compared to V60 is appropriate because the Kalita's even extraction squeezes more efficiently from the bed — you don't need the same buffer against underextraction that you do with a conical brewer. Pulse pouring prevents wall collapse and maintains even saturation across all the blend's constituent lots.

AeroPress at 84°C — one degree below the default light roast temperature — is the biggest temperature adjustment in this recipe. The temperature drop is driven by the honey processing: honey-processed coffee retains more processing-derived delicate aromatics than washed lots, and those compounds are heat-sensitive enough that even a few degrees less prevents them from blowing off during the short brew window. At 365μm grind, you're finer than V60 but the 1-2 minute total contact time compensates — fast immersion at fine grind with moderate pressure. The 1:12-1:13 ratio (concentrated relative to pour-overs) means you're brewing a kind of short concentrate. This is where the strawberry and banana co-ferment character shows most intensely, because immersion contact mobilizes fruit compounds that a fast-flowing paper filter would grab before they reach your cup.

Clever Dripper combines full immersion with paper filtration — a useful middle ground for a honey-processed co-ferment blend that benefits from both mechanisms. During the 3-4 minute steep at 495μm and 93°C, immersion contact builds extraction efficiency similar to French press. When the valve opens, the paper filter strips the fermentation-modified oils and fines before they hit the cup, giving you the co-ferment's fruit fruit character without the muddy texture that French press adds. The 1:15-1:16 ratio is the same as V60 because you're relying on the immersion phase to cover what the shorter contact time on a flow-through brewer requires grind compensation for. The Clever is particularly forgiving for this multi-lot blend — consistent water contact across the flat bed prevents the channeling risk that the blend's uneven soluble profile could trigger in a cone brewer.

Light roast espresso from a honey-processed co-ferment is demanding because density and low solubility create extraction resistance under pressure. At 215μm and 92°C (one degree below default for honey processing), this coffee is denser and less soluble than a medium roast — Caturra and Bourbon roast as Group 2 Bourbon cultivars, which means higher bean density even at light development. The 1:1.9-1:2.9 ratio is longer than traditional espresso to compensate for light roast's restricted solubility: you're pulling a ristretto-style shot extended through the full yield range to get enough dissolved mass. Preinfusion is critical here — starting flow slowly before ramping to 9 bar prevents the dense puck from channeling before it's fully wetted. Expect a bright, acidic shot with concentrated strawberry and vanilla icing character, not the chocolatey balance of a medium roast.

Moka pot operates at roughly 1.5 bar — far below espresso's 9 bar — so the 'pressure extraction' descriptor is relative. At 315μm, grind is finer than pour-over but coarser than espresso; 99°C water in the base (one degree below default for honey processing) generates enough steam pressure to push through the basket within 4-5 minutes. The 74/100 match score reflects a real limitation: this honey co-ferment's fruit profile and volatile fruitiness are vulnerable to the high base temperatures that steam-pressure brewing requires. Pre-boiling the water before filling the base is essential — starting with cold water extends the time grounds spend cooking with rising steam, which volatilizes the co-ferment's strawberry and banana esters before they reach the upper chamber. The 1:9-1:10 ratio produces a concentrated output meant for small servings.

French press immersion at 965μm coarse grind and 95°C gives this honey-processed co-ferment its heaviest body expression. Metal mesh passes oils freely, which is where this rating of 72/100 gets complicated: the co-ferment's aromatics from processing are partially oil-associated, so French press will carry more of that funky fruit character into the cup than any paper-filtered method — but unfiltered brewing also passes cafestol and any sediment from the porous fermentation-modified cell structure. The temperature at 95°C — one degree below default for honey processing — moderates that slightly. At coarse grind, you're relying on long contact time (4-8 minutes) to dissolve enough of the light roast's limited solubles. The lean ratio of 1:14-1:15 compensates for the full immersion efficiency. Sour and strong are the top risks at the outer edges of the time window.