Chemex matches V60 at 89/100 for this bean, and the rationale is similar: the thick Chemex paper is the best filter available for isolating Pink Bourbon honey's aromatic precision. The recipe is identical in temperature and grind offset — 92°C, 535μm — because the bean properties driving adjustments are the same. Where the Chemex distinguishes itself is in how it treats the honey-processing body contribution. Honey processing contributes some body-forward sweetness compared to washed, but the Chemex paper attenuates this — the result is a cup where the raspberry brightness and maple syrup sweetness are prominent while the honey-process body is reduced compared to immersion or less-filtered methods. For drinkers who prioritize the Pink Bourbon's floral and fruity character over the processing's body contribution, Chemex is the optimal choice. The slightly longer drawdown time (3:30–4:30) versus V60 provides additional extraction depth.
Colombia, Finca La Granada, Gabriel Castaño Buendia
The V60 recipe for Finca La Granada drops temperature 2°C to 92°C and grinds 15μm finer than the V60 default — driven by two simultaneous adjustments: medium-light roast (−1°C, −20μm) and honey processing (−1°C, +5μm). The honey processing pulls temperature down another degree because the processing-derived compounds are heat-sensitive, while the grind loosens 5μm because honey-processed coffees have slightly higher surface solubility from the residual compounds that developed during drying. The V60's fruit-forward extraction character pairs naturally with Pink Bourbon honey — the variety is genetically Ethiopian, not Bourbon despite the name, and behaves like a fast-roasting Ethiopian cultivar. At 92°C and 485μm, the pour-over extracts the raspberry fruit character and bright acidity from the variety without letting the body compounds that honey processing adds turn heavy in a conical dripper. The result is a cup that expresses both the Pink Bourbon's floral, fruity character and the honey processing's added sweetness.
Troubleshooting
The Kalita Wave also scores 89/100 for Finca La Granada and ties with V60 and Chemex. The recipe adjusts identically: −2°C to 92°C, −15μm to 515μm. The Kalita's flat-bed extraction with wave filters is well-suited to Pink Bourbon honey because the even saturation reduces channeling through what can be an inconsistently porous bed. Honey-processed coffees can have slightly uneven extraction behavior compared to washed lots — the processing affects how quickly water penetrates different parts of the bed. The Kalita's three-drain geometry distributes extraction pressure more evenly than the V60's single apex drain, reducing the risk that some zones underextract while others overextract. The balanced sweetness that the Kalita is known for matches the raspberry-key lime-maple syrup profile well: the Kalita doesn't over-emphasize any single frequency of flavor the way the V60 accentuates brightness or the Chemex amplifies clarity.
Troubleshooting
The AeroPress recipe drops to 83°C — 2°C below the AeroPress default — because both the medium-light roast and honey processing benefit from gentler extraction temperatures. At 385μm with a 1:12.3-13.3 concentrate ratio, this is the method for experiencing Pink Bourbon honey's intense raspberry character most directly. The lower temperature reflects the honey processing contribution: honey-processed beans carry residual processing compounds that extract more readily, and the AeroPress's immersion-plus-pressure method at fine grind would over-extract aggressively at higher temperatures. At 83°C, the fruit aromatics responsible for the raspberry character extract efficiently without thermal degradation. The maple syrup sweetness concentrates dramatically at the 1:12-13 ratio. A paper AeroPress filter keeps the cup clean despite the concentrate richness.
Troubleshooting
The Clever Dripper scores 85/100 for Finca La Granada, matching AeroPress, and uses the same −2°C, −15μm adjustments at 92°C and 515μm. The immersion phase is particularly beneficial for honey-processed Pink Bourbon: honey coffees have denser cell structure from processing, and full immersion saturation ensures even water contact across the entire bed before drainage begins. In a gravity-flow brewer, the processing-affected outer surface of the bean can resist initial wetting, creating uneven extraction. Clever Dripper's immersion eliminates this first-contact inequality. The paper filter then strips oils while retaining dissolved solids, producing a cup with honey-process sweetness but filter-clean clarity. The 3:00–4:00 steep window before release gives enough time for the raspberry and key lime brightness to balance with the maple syrup sweetness — a window that V60 may not consistently provide for less experienced pourers.
Troubleshooting
Espresso scores 82/100 for Finca La Granada, and the recipe adjusts both temperature (−2°C to 91°C) and grind (−15μm to 235μm) to account for the combined effects of roast level and honey processing. At 91°C — lower than most espresso defaults — the goal is to protect the delicate fruit aromatics from heat degradation during the high-pressure 25–30 second extraction. Honey-processed Pink Bourbon at espresso pressure is aromatic-rich: the processing and drying process produces concentrated fruity and acid compounds that at 9 bar extraction become the defining character of the shot. At 1:1.7 output ratio, the raspberry-key lime combination is intense — the fruit acids at espresso concentration sit well above filter coffee detection thresholds. The maple syrup sweetness fills the mid-palate. The sour troubleshooting score of 45/100 is the highest at espresso for this bean, reflecting how readily the medium-light honey-processed bean's acid profile can dominate a short shot.
Troubleshooting
Moka pot scores 76/100 for Finca La Granada — a below-average fit, reflecting how the honey processing and Pink Bourbon variety perform under pressure without the precision control espresso machines provide. The recipe drops temperature to 98°C (via slightly cooler pre-boiled water) and grinds to 335μm, finer than the moka pot default. The sour troubleshooting score of 45/100 — notably high for moka pot — signals that the honey processing's fruit character and bright acidity, concentrated at 1:9.3–10.3, is difficult to balance at moka pot's less controllable pressure. The sweetness is present in the concentrated output but can be overwhelmed by the acid character if extraction runs shallow. Pre-boiled water in the base is essential — steam rising through cold water heats the grounds unevenly, amplifying the extraction imbalance that this bean-method combination is already prone to.
Troubleshooting
French press scores 75/100 for Finca La Granada — the second-lowest ranking, and the bean-method mismatch is flavor-based. French press passes oils and insoluble solids freely, adding heavy body to the cup. Honey processing already contributes processing-derived body and sweetness beyond a washed lot; the combination of honey-process body plus unfiltered French press oils can produce a cup that is heavier and murkier than the transparent raspberry-and-key-lime character the bean is selected for. The recipe adjusts −2°C to 94°C and −15μm from the press pot default to 985μm. The temperature reduction is modest and the grind still sits at near-default coarse range, which limits the extraction depth correction for a medium-light honey-processed bean. The sour troubleshooting score at 25/100 reflects that the coarse grind and longer steep somewhat protect against underextraction. Hoffmann's extended settle time after pressing is especially recommended here.
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.