Colombia Amparo Maya

The V60's conical geometry and single large drain hole make it the most flow-sensitive of the pour-overs — and that sensitivity is exactly why 92°C and a 445μm grind (55μm below default) work in tandem here. Light roast Caturra from 1,950m is dense: the beans grew slowly at altitude, concentrating solubles, and light roasting left much of that structure intact. A finer grind increases surface area to compensate for both the low solubility and the cooler water temperature. The paper filter handles the natural-process oils, clarifying the fermentation fruit rather than muddying it with lipids. The 1:15-1:16 ratio is slightly concentrated compared to standard V60 practice — justified by Amparo Maya's high-density soluble load, which means more extractable material per gram of coffee than a lower-altitude natural would offer.

The Kalita Wave's flat-bottom geometry creates a more uniform extraction than conical drippers — water contact is evenly distributed across the bed rather than channeling toward the center drain. For Amparo Maya's Caturra, which research groups alongside Bourbon in extraction behavior, that uniformity is beneficial: the dense, high-altitude beans need consistent water contact to extract evenly rather than having some particles over-extract while others stall. The 92°C temperature and 475μm grind (55μm under default) reflect the same light-natural logic as the V60 and Chemex, but the Kalita's wave filter adds a small barrier at the walls that prevents the filter from collapsing and choking flow. The 1:16-1:17 ratio is slightly more dilute than the other pour-overs, appropriate for the Kalita's tendency toward sweeter, more balanced extraction.

The AeroPress recipe for Amparo Maya shows a notable delta: +7°C from the default, landing at 92°C. This looks like a temperature increase but is actually the AeroPress baseline (85°C) being adjusted upward because this light natural roast needs more heat for adequate extraction — cold-water immersion cannot extract this roast level effectively. The AeroPress's short contact time and paper filter create a specific challenge with light natural Caturra: the grind is finer (345μm, 55μm under default) to accelerate extraction within the 1-2 minute window, and the 1:12-1:13 ratio concentrates the dose so less water time is needed to hit target TDS. The paper disc blocks the fermentation-derived oils that would muddy fruit clarity in a metal filter AeroPress. The result is a clean, concentrated cup that isolates the fermentation fruit character without the oil-heavy mouthfeel of French press.

The Clever Dripper sits at an interesting intersection for Amparo Maya: it brews by immersion (like French press) but drains through paper (like V60). That combination matters for this bean specifically. The immersion phase allows the dense, high-altitude Caturra beans — grown at 1,950m where slower maturation concentrates solubles — to steep at 92°C rather than experiencing the flow-rate variation of a pour-over. This evens out extraction across the bed regardless of grind consistency. The paper filter then strips the natural-process oils at drain time, converting what would be an oil-heavy immersion cup into a cleaner, fruit-forward result. The 475μm grind is the same as the Kalita Wave, and the 1:15-1:16 ratio is tighter than French press — this is a cleaner, more controlled expression of the same immersion principle.

Espresso is the highest-risk, lowest-match method for Amparo Maya at 73/100 — not because the coffee can't produce good shots, but because light Caturra at 1,950m resists pressure extraction in predictable ways. The recipe calls for 92°C (1°C below standard espresso despite light roast, pulling back the full 2°C for natural processing), a very fine 195μm grind (55μm finer than default), and a longer 1:1.9-2.9 output ratio. The longer ratio compensates for the underextraction risk: more water mass pushes the extraction yield further despite the dense, low-solubility light roast. Preinfusion is critical here — light Caturra pucks channel easily at espresso pressure, and a low-pressure pre-saturation phase spreads water evenly before full extraction pressure ramps up. Expect bright, CGA-forward shots; the fermentation fruit concentrates under pressure but may read more acidic than the pour-over versions.

The Moka Pot scores 44/100 for Amparo Maya — a poor match that the recipe still manages carefully. The grind is set finer and the temperature is lowered for this light-roasted natural coffee, and unfiltered extraction conflicts with this bean's character. The Moka's metal mesh passes all of Amparo Maya's natural-process oils directly into the cup, adding body but interfering with the fermentation fruit clarity that makes this Nariño natural interesting. Temperature is reduced to 92°C — use pre-boiled water as the base to prevent steam from cooking the grounds. At 1,950m, the Caturra's dense structure and the light roast's low solubility make the Moka's ~1.5 bar pressure insufficient for proper extraction, while the metal mesh means all the resulting body is oil-derived rather than soluble-derived.

French Press scores 40/100 for Amparo Maya — the second-worst match — because metal mesh immersion is fundamentally misaligned with what this coffee does best. Natural processing loads oils onto the bean surface; French press releases all of those lipids into the cup along with fine particles that pass through the mesh. For a coffee whose character is fermentation-derived fruit clarity, that oil-and-fines environment muddles the signal. The recipe still works toward the best possible outcome: 92°C (4°C below standard, reflecting both the natural processing adjustment and the metal filter limitation), a very coarse 945μm grind (55μm under default for light roast), and a 1:14-1:15 ratio. The coarse grind minimizes fines passing through the mesh, and the extended 4-8 minute steep range allows those dense 1,950m beans time to yield their solubles at cooler temperature.