Cuvee Coffee

El Salvador

el salvador medium roast natural bourbon, pacas, pacamara

honeycitrus

Natural processing and medium roasting point in different directions, and this bean lives in the tension between them. Most El Salvador specialty coffee is light roasted — medium is the deviation here, not the norm. Understanding why that choice changes what's in the cup starts with what medium roast actually does to the chemistry natural processing builds. Natural drying leaves fermentation-derived volatile esters in the bean — the compounds responsible for fruit-forward character. Light roasting preserves them; the fragile esters survive because the bean isn't pushed far past first crack. Medium roasting continues past that point, degrading some of those volatiles while simultaneously producing more Maillard compounds: the melanoidins that build body and the amino acid browning products that shift flavor from fruit toward chocolate and caramel. Sweetness doesn't decrease — it transforms. Sucrose is nearly 100% consumed during roasting, but perceived sweetness increases through medium development because caramelization products like furanones and maltol create aroma-mediated sweet perception. The honey note here reflects that Maillard-to-caramelization zone. It's not the raw fruit sweetness of a lighter natural — it's a roastier, more integrated sweetness. The citrus note is phosphoric acid, which stays constant regardless of roasting because it's controlled by terroir rather than heat. Phosphoric acid tastes sweeter than citric or malic, with a cola-like character that mellows citrus into something rounder. At 1,615m — the upper quartile for El Salvador — Finca San Francisco's cherries develop slowly in Apaneca's high-altitude conditions. Growing three varieties (Bourbon, Pacas, Pacamara) together means mixing Bourbon-group genetics, where Pacas is a Bourbon dwarf mutation and Pacamara is a Bourbon-lineage cross with Maragogipe. The medium roast brings these together into a cup that's more cohesive than the variety list suggests.

Chemex 6-Cup 89/100

Grind: 565μm Temp: 90°C Ratio: 1:15.5-1:16.5 Time: 3:30-4:30

The Chemex scores highest (89/100) for this medium natural El Salvador, and the recipe reflects a fundamentally different extraction strategy than you'd use for a light natural. Both roast level and natural processing call for lower temperature, landing at 90°C — 4°C below the default. A medium roast means more developed roast-developed compounds and reduced acidity, so the lower temperature protects the honey and caramel notes without risking the phosphoric-acid citrus note (which stays stable regardless of brewing temperature). The grind at 565μm runs 15μm coarser than default — natural processing slightly increases particle surface reactivity, so the coarser baseline prevents over-extraction at this extended brew time. The Chemex's thick filter is ideal for stripping the oils that medium natural processing embeds while letting the integrated honey-citrus profile emerge cleanly.

Troubleshooting

sour: Grind finer ~22μm or raise temp 1°C. A medium natural El Salvador running sour at 90°C likely indicates insufficient extraction time rather than a high-CGA light roast problem — the citrus character is phosphoric acid (terroir-stable), but sour-dominant means the honey zone hasn't dissolved yet.

flat: Grind finer ~22μm and raise temp 2°C together. Check water mineral content — this integrated honey-citrus profile needs adequate buffering minerals. If beans are more than 4 weeks past roast, CO2 off-gassing during bloom may be insufficient to promote even wetting.

Hario V60-02 88/100

Grind: 515μm Temp: 90°C Ratio: 1:15.5-1:16.5 Time: 2:30-3:30

The V60 recipe at 88/100 runs at 90°C with a 515μm grind — the same temperature logic as the Chemex, but 50μm finer because the V60's faster drain rate means less contact time, requiring more surface area to achieve equivalent extraction within the shorter brew window. The Bourbon, Pacas, and Pacamara variety mixture here matters for V60 technique: Pacamara's very large beans grind with more fines than Bourbon or Pacas, and the V60 conical bed can choke on fine accumulation at the central drain. Medium roasting has integrated these three varieties into a cohesive cup by advancing Maillard development across all three, so the V60's fruit-forward pour style suits this bean better than a Bourbon-only medium washed coffee. Swirl aggressively at bloom to wet the larger Pacamara particles, and keep perimeter pours consistent to avoid channeling through the center of a mixed-particle bed.

Troubleshooting

sour: Grind finer ~22μm or raise temp 1°C. The V60's faster drain rate gives less contact time than the Chemex — a medium natural El Salvador can stall at sour if the grind is too coarse and water drains before the honey compounds dissolve. The Pacamara fraction's large beans are often the under-extracted portion.

flat: Grind finer ~22μm and raise temp 2°C. A flat V60 result usually signals either stale beans (check roast date) or water too soft to carry solubles. This El Salvador's honey note is Maillard-mediated aroma — it needs adequate mineral content in water to properly diffuse into solution.

Kalita Wave 185 87/100

Grind: 545μm Temp: 90°C Ratio: 1:16.5-1:17.5 Time: 3:00-4:00

The Kalita Wave at 87/100 runs the same 90°C temperature and 545μm grind as the default recipe for this bean, with the Wave's flat bed smoothing out any particle size inconsistency from the Bourbon-Pacas-Pacamara blend. Pacamara's 'very large' WCR classification means it grinds differently than Bourbon or Pacas at the same grinder setting — the Wave's flat-bed averaging behavior handles this varietal inconsistency better than the V60's center-focused drainage. At medium roast, the roast-developed compounds (honey sweetness, citrus roundness from acidity) are already well-developed — the recipe's primary job is to not over-extract them. The -4°C temperature reduction preserves the natural processing's remaining fruit contribution, which at medium roast is more of a body and sweetness element than the dramatic ester-driven fruit of a light natural.

Troubleshooting

sour: Grind finer ~22μm or raise temp 1°C. The flat-bed Wave is forgiving but not immune to under-extraction — a medium natural El Salvador running sour means the Pacamara fraction's dense, large beans haven't extracted into the honey zone. Even extraction across particle sizes is the goal.

flat: Grind finer ~22μm and raise temp 2°C. Medium roast should be extracting well at 90°C, but a flat Kalita result often means water mineral content is below ~75 ppm. This El Salvador's honey note is aroma-mediated — inadequate buffering minerals mute aroma-soluble compounds more than taste-basic compounds.

AeroPress 87/100

Grind: 415μm Temp: 81°C Ratio: 1:12.5-1:13.5 Time: 1:00-2:00

The AeroPress scores 87/100 here — tied with Chemex as the best non-paper-filter adjusted result — but the recipe takes a strikingly different route: temperature drops to 81°C, the lowest of any brewer for this bean. The medium roast's higher solubility relative to light roasts means the AeroPress doesn't need 92°C to achieve full extraction in 1-2 minutes, and the lower temperature specifically protects what remains of the natural processing's fruit character after medium development. At 415μm, the grind is 15μm coarser than default to account for natural processing's effect on particle reactivity, and the AeroPress's short brew window at this temperature produces a honey-dominant cup with the citrus note as brightness rather than sharpness. The paper filter strips the medium natural's oils cleanly, similar to the Chemex but in a much shorter window. Invert the AeroPress to prevent dripping during the steep if brewing at the shorter contact end.

Troubleshooting

strong: Drop dose 1g or add 15g water. AeroPress's 1:13 ratio is already concentrated — at medium roast and higher solubility than a light bean, this El Salvador can read as dense before the honey character has fully resolved. Back off dose first; grind last.

bitter: Grind coarser ~22μm or drop temp 1°C. Medium roast El Salvador is more susceptible to over-extraction than a light roast in the AeroPress's short window — the Maillard compounds that produce the honey note extract quickly, but at fine grind the slow-extracting bitter dry distillates follow fast.

Clever Dripper 87/100

Grind: 545μm Temp: 90°C Ratio: 1:15.5-1:16.5 Time: 3:00-4:00

The Clever Dripper at 87/100 is particularly well-suited for the Bourbon-Pacas-Pacamara blend because its sealed immersion stage decouples particle size heterogeneity from extraction outcome. With three varieties ground together — Pacamara's very large beans alongside smaller Pacas and Bourbon — the particle size distribution is wider than a single-variety lot, and immersion averaging is more forgiving than flow-through pour-over. At 90°C and 545μm (coarser by 15μm to account for natural processing), the 3-4 minute steep achieves full Maillard-zone extraction without over-extracting the honey compounds the medium roast has developed. The paper filter removes natural process oils on drain, delivering the same clarity benefit as the Chemex in a more consistent format. Clever Dripper particularly rewards this Cuvee El Salvador because the method's predictability counteracts the variety blend's grinding inconsistency.

Troubleshooting

strong: Drop dose 1g or add 15g water. The Clever's immersion format extracts efficiently at 90°C from a medium roast — if this El Salvador's honey note reads cloying rather than pleasant, TDS is too high. Reduce dose; don't shorten steep time, which would create imbalance rather than reducing strength.

bitter: Grind coarser ~22μm or drop temp 1°C. Medium roast El Salvador in a 4-minute immersion can tip into bitter territory if grind is too fine — the Pacamara fraction's large surface area extracts the fast-soluble Maillard compounds quickly, then keeps extracting into the bitter dry distillate zone.

Espresso 77/100

Grind: 265μm Temp: 89°C Ratio: 1:1.5-1:2.5 Time: 0:25-0:30

At 77/100, this medium natural El Salvador is a workable espresso candidate — medium roast's higher roast development and natural processing's sweetness give the machine more to work with at 9 bar. The recipe at 89°C (4°C below the 93°C default) reflects both the medium-roast reduction and the natural processing adjustment, and the standard 1:1.5-2.5 ratio works well here. The grind at 265μm runs 15μm coarser than default espresso to account for natural processing's effect on extraction behavior — natural processing can change how the bean extracts under pressure, so a slightly coarser grind prevents over-extraction. The result should be a honey-forward shot with the citrus presenting as brightness rather than sourness, complementing the roast-developed sweetness. The three-variety blend (Bourbon, Pacas, Pacamara) may produce slight shot-to-shot variation; Pacamara's large bean size can cause inconsistent puck density.

Troubleshooting

strong: Drop dose 1g or pull 15g more yield (longer ratio). Medium natural El Salvador espresso concentrates quickly — if the honey note is present but the cup reads syrupy rather than sweet, the ratio is too tight. Pulling longer balances concentration with the phosphoric citrus brightness.

sour: Grind finer ~10μm or raise temp 1°C. If this El Salvador espresso is sour rather than bright, extraction hasn't reached the honey zone — the phosphoric citrus is dominating before the Maillard compounds dissolve. Small grind increments of 10μm are the correct scale for espresso adjustment.

Moka Pot 68/100

Grind: 365μm Temp: 96°C Ratio: 1:9.5-1:10.5 Time: 4:00-5:00

Moka Pot scores 68/100 here — meaningfully better than for a typical light natural — because medium roast's higher Maillard development and lower CGA concentration make the extraction challenge more manageable at 1-1.5 bar. The recipe runs at 96°C (actually 4°C below the default 100°C, applied through controlled heat and pre-boiled water), coarser than default espresso at 365μm to account for natural processing. The metal basket passes the natural process oils, which at medium roast are more integrated than at light roast — the honey and citrus profile is robust enough to coexist with body from oils rather than being masked by them. The three-variety blend means the Pacamara's large beans need consistent grinding — a burr grinder matters more here than for a single-variety lot. Remove immediately at first sputtering; this El Salvador's medium-developed Maillard compounds are the first thing scorched by the steam-push over-extraction that lazy Moka Pot technique produces.

Troubleshooting

strong: Drop dose 1g or add 15g water. Moka Pot medium natural El Salvador is the most common overstrength scenario — the method concentrates naturally and medium roast extracts efficiently. If the honey note turns dense and syrupy, back off dose before changing grind.

sour: Grind finer ~22μm or use hotter pre-boiled water. Even a medium roast can under-extract at Moka Pot pressure if the grind is too coarse for the basket fill level. Pacamara's large beans may be the under-extracted fraction causing localized sourness — ensure consistent grind.

French Press 66/100

Grind: 1015μm Temp: 92°C Ratio: 1:14.5-1:15.5 Time: 4:00-8:00

French Press scores 66/100 for this El Salvador — considerably better than for the Burundian light natural — because medium roast's integrated Maillard-honey profile is more oil-tolerant than delicate light-roast fermentation esters. The metal mesh allows the natural process oils through, but at medium roast those oils contribute body that complements the honey sweetness rather than competing with it. The recipe runs at 92°C (4°C below the near-boil default) with a 1015μm grind — 15μm coarser than standard French Press to account for natural processing surface reactivity. The long steep (4-8 minutes) at this temperature extracts the honey-forward Maillard compounds fully. The three-variety blend presents a French Press advantage: Pacamara, Bourbon, and Pacas all extract at slightly different rates, and the long immersion time averages these out better than a 3-minute pour-over would. Use Hoffmann's 5-8 minute post-press wait to settle fines.

Troubleshooting

strong: Drop dose 1g or add 15g water. French Press medium natural El Salvador with its oil pass-through can read as heavy-sweet rather than honey-sweet when TDS is too high. The oil and Maillard concentration compound — reduce dose, not grind.

bitter: Grind coarser ~22μm or reduce steep time to 4 minutes minimum. The long French Press steep at medium roast can extract into the dry distillate bitter zone if grind is too fine — medium roast has already degraded enough organic acids that the cup moves quickly from balanced to bitter.

Cold Brew 64/100

Grind: 915μm Temp: 0°C Ratio: 1:6.5-1:7.5 Time: 720:00-1080:00

Cold Brew scores 64/100 for this medium natural El Salvador, and the reason is roast level. Medium roast's higher roast development and lower acidity load means cold water can extract the caramelized compounds more effectively than it can from a dense light roast. The roast-developed-derived honey and caramel compounds are higher molecular weight than the fruit aromatics in a light natural, but they're sufficiently soluble in cold water when given 12-18 hours. The citrus character in this bean carries through to cold extraction — the citrus brightness carries through effectively in cold extraction. The recipe at 915μm (15μm coarser than default for natural processing) and 0°C confirms this is true cold immersion, not flash brew. Expect the honey note to present as mellow sweetness and the citrus as cola-like brightness rather than sharp acidity.

Troubleshooting

flat: Grind finer ~22μm and raise to room-temperature steep (70-75°F) rather than refrigerator. Medium natural El Salvador cold brew going flat usually means insufficient extraction of the Maillard compounds — check water mineral content above 75 ppm and bean freshness within 6 weeks.

strong: Drop dose 1g or add 15g water. Cold brew medium natural El Salvador at 1:7 concentrate can read too dense if the honey compounds have fully extracted by 12 hours — dilute 1:1 before serving, or reduce the dose when building the concentrate.