The recipe trims temperature 1°C to 93°C and grinds 20μm finer than the V60 default, both driven by medium-light roast behavior. Medium-light roast leaves more chlorogenic acid intact than darker profiles — these CGAs extract in the fast phase and read as sourness if extraction runs shallow. Dropping temperature slightly slows the extraction rate at the surface, giving the middle-phase caramel and sweet compounds time to catch up rather than letting citric and malic acids dominate alone. The slightly tighter 1:15.3–16.3 ratio reflects the medium-light roast's need for more concentrated extraction. The V60's conical geometry and medium-fine grind let Las Moritas' blackcurrant and citrus brightness come through cleanly, with paper filtration keeping oil compounds out of the cup so acidity is perceived as crisp rather than heavy.
GUATEMALA | Las Moritas | Pacamara | Washed
The Kalita recipe mirrors the V60 adjustments — 1°C cooler than default and 20μm finer — for the same medium-light roast logic. What the Kalita adds is a flat-bed geometry that distributes water contact more evenly than the conical V60. For a Pacamara whose lower bean density creates faster water penetration and uneven flow risk, the three drain holes and wave filter design help enforce more uniform bed saturation. Evenness of extraction matters more for this bean than for a high-altitude washed with dense beans: uneven flow at lower soluble concentration amplifies the sour-sweet imbalance when some grounds underextract. The slightly coarser grind at 510μm compared to the V60's 480μm still sits below the Kalita's typical default, keeping extraction deep enough to bring through the blackcurrant and baking spice notes without letting the lighter roast's residual CGAs dominate.
Troubleshooting
The Chemex recipe shifts temperature down 1°C and grinds 20μm finer than the Chemex default, for the same medium-light roast logic that applies across all brewers here — more CGAs intact means sour risk if extraction is too shallow or too fast. The Chemex's thicker proprietary paper filter is the defining variable: it removes 20–30% more oils than a standard V60 paper, producing a cup that is more tea-like and distinctly cleaner than any other brewing method. For a washed Pacamara whose character comes from bright acidity and baking spice Maillard notes rather than body, that filter transparency is an asset. The cleaned baseline lets the blackcurrant quality register as clean brightness, not muddied by oils. The 1:15.3–16.3 ratio is slightly tighter than a typical Chemex default, counteracting the bean's lower soluble density from its 1,500-meter altitude.
Troubleshooting
The AeroPress recipe for Las Moritas runs at 84°C — well below the standard 93–95°C range used for filter coffee — and grinds 20μm finer than the AeroPress default. The lower temperature is both an AeroPress convention and a medium-light roast response: at fine grind sizes and high pressure, hot water over-extracts faster than any other brew method. The Pacamara variety's Maragogipe parentage brings lower bean density than a Bourbon or Caturra, and the bean's open cell structure extracts quickly even at fine settings. Running 84°C keeps the extraction from blowing past the blackcurrant and citrus sweet spot into overextracted bitterness. The compressed 1:12–13 ratio produces a concentrated cup that can amplify the bright acidity from citric and malic acids the washed processing preserved; at this ratio the baking spice Maillard notes are detectable rather than buried by dilution.
Troubleshooting
The Clever Dripper occupies a hybrid position: it brews like French press (full immersion, no flow during steeping) but drains through a paper filter. For Las Moritas, this means the extraction behaves like immersion — longer, more uniform contact between water and grounds — while the paper filter removes oils and fines, delivering the bright, clean acidity the washed processing and citric-acid character favor. The recipe drops temperature 1°C to 93°C and grinds 20μm finer than the Clever default, same as other brewers, addressing medium-light roast CGA extraction risk. The immersion phase helps compensate for Pacamara's lower-density bean structure: unlike V60 or Chemex where water drains by gravity continuously, the Clever's immersion ensures all grounds are saturated before any water leaves the bed, reducing the channeling risk that the bean's open structure creates in gravity-flow methods.
Troubleshooting
Espresso is the highest-risk method for Las Moritas — pressure extraction at 9 bar amplifies every flavor compound proportionally, and a medium-light roast Pacamara with washed processing brings a high-citric, acid-forward profile that can read as aggressive sourness if extraction runs short. The recipe drops temperature 1°C to 92°C and grinds 20μm finer than the espresso default. At the 1:1.7 output ratio (19g in, 33g out), the blackcurrant and citrus from citric and malic acids concentrate dramatically — at this ratio, citric acid's sensory impact is multiplied far beyond filter coffee thresholds. The medium-light development means baking spice and caramel Maillard notes are less dominant than they'd be at medium roast, so the espresso profile leans bright and fruit-forward. Preinfusion at low pressure for 3-6 seconds before ramping to full 9 bar helps prevent channeling through Pacamara's lower-density puck.
Troubleshooting
Moka pot operates at roughly 1.5 bar — far below espresso pressure but well above atmospheric — and produces a concentrated, intense brew that is the highest-TDS method most home brewers own besides espresso. For Las Moritas, the recipe drops temperature 1°C by reducing the boiler water temperature (achievable by using slightly cooler pre-boiled water) and grinds 20μm finer than the moka pot default. The medium-fine grind at 330μm creates enough resistance to slow the pressure-driven flow through the basket, building extraction time that a washed Pacamara with its lower soluble density needs to reach through the acid-only early phase into the Maillard compounds. The concentrated output at 1:9.3–10.3 means blackcurrant and citrus flavors are intense — this is not a delicate cup. Baking spice reads clearly at this concentration. Use pre-boiled water and remove from heat at first sputter to avoid bitter scorching.
Troubleshooting
French press is ranked lowest among immersion methods for Las Moritas, and the recipe reflects the bean's fit: temperature drops 1°C to 95°C (from a typical 96°C) and grind runs 20μm finer than the French press default. The concern with this bean in a press pot is the combination of unfiltered extraction and Pacamara's lower soluble density. French press relies on immersion without a paper filter — cafestol, kahweol, and insoluble solids remain in the cup, adding body the bean's washed processing alone wouldn't deliver. That unfiltered body works in the cup here, but the mouthfeel is harder to control than in a pour-over. The coarse grind still sits finer than typical French press defaults due to the medium-light roast adjustment. Hoffmann's extended wait of five to eight minutes after pressing lets grounds settle fully, producing the cleanest achievable French press cup — important for letting Las Moritas' citrus and currant notes read distinctly.
Troubleshooting
Cold brew is not recommended for this bean. At near-freezing temperatures, cold water cannot extract the complex acids, delicate aromatics, and bright fruit compounds that define a light-roasted coffee — they remain locked in the cell matrix. For a cold version of this coffee, use flash brew: brew a concentrated pour-over (V60 or Chemex at 60% of the normal water volume) directly over ice in the server. The hot water extracts the full flavor spectrum, and the rapid ice cooling locks in volatiles that would otherwise evaporate during a slow cool-down.