PT's Coffee Roasting Co.

Leonidas Asdrubal Apolo Honey

ecuador light roast honey sarchimor
candied almondgrilled lemonraisin

Processing specifics here are unusually specific: cherries floated and fermented covered for 70 hours, depulped without water, then dried on raised beds with a two-week rotation. Each of those decisions is a variable that shapes the final cup. Floating cherries is a quality-control step — underdeveloped cherries float, and removing them before fermentation raises the floor on the lot's consistency. The 70-hour covered fermentation extends the mucilage contact time well past a standard honey process, pushing this toward a red or black honey in terms of fermentation character. No water in depulping means the mucilage is disturbed less, allowing more contact between the fermenting sugars and the parchment during drying. The two-week rotation on raised beds ensures even drying and controlled fermentation. Sarchimor is an introgressed variety — from the Timor Hybrid crossed with Villa Sarchi. The WCR classifies this group as disease-resistant but with cup quality that is "Good" rather than top-tier. What Sarchimor brings is reliability and productivity at lower altitudes where rust pressure is higher. At 1,250 meters — below Ecuador's median specialty altitude of 1,800 meters — choosing a rust-tolerant variety is a practical decision. The candied almond note comes from Strecker degradation during roasting: isoleucine converts to 2-methylbutanal, which registers as cocoa and almond. The grilled lemon character is phosphoric acid — which tastes sweeter and more tropical than raw citric, shifted toward mellow citrus by the extended fermentation and mucilage residue. Raisin is the signature of longer honey fermentation: fruit sugars concentrating and caramelizing against the parchment layer. At this altitude and with this variety, the honey process is not decoration — it's doing real work building body and complexity that the terroir alone wouldn't deliver.
Chemex 6-Cup 89/100
Grind: 540μm Temp: 93°C Ratio: 1:15.0-1:16.0 Time: 3:30-4:30

The Chemex's thick bonded filter strips oils and sediment, which creates a trade-off with this honey-process Sarchimor. The extended 70-hour covered fermentation built body and raisin character through concentrated mucilage compounds — the filter will remove lipid-based contributions to body while preserving the water-soluble candied almond and grilled lemon aromatics. At 540μm — the coarsest grind of any pour-over method for this bean — the Chemex accounts for its slower flow rate by allowing a slightly wider particle distribution, reducing the risk of over-extraction given the honey process's pre-softened cell structure. The 1:15.5 ratio and 93°C temperature match the V60 settings. For this bean specifically, Chemex delivers clarity at the cost of some of the honey process body — a worthwhile trade if aromatic precision over the almond and citrus notes is the priority.

Troubleshooting
sour: Grind finer by ~22μm and raise temp 1°C. The Chemex's slower flow through thick paper means contact time is already longer than a V60, but at 540μm this honey-process Sarchimor can still under-extract before drawdown. The grilled lemon (phosphoric acid) extracts early; candied almond sweetness needs more time.
thin: Add 1g coffee or reduce water by 15g; metal filter replaces paper for more body. The Chemex filter removes the honey-process oils contributing to body — at 1,250m, this bean's density is already moderate. Tighter ratio or swapping to metal recovers the mouthfeel the fermentation built.
Hario V60-02 89/100
Grind: 490μm Temp: 93°C Ratio: 1:15.0-1:16.0 Time: 2:30-3:30

Sarchimor is an introgressed variety — Timor Hybrid crossed with Villa Sarchi — and the recipe accounts for this by grinding 10μm coarser than a typical variety to avoid amplifying any Robusta-lineage earthiness through over-extraction. Combined with the honey process contributing a slightly coarser setting (extended mucilage fermentation produces softer cell structure) and the lower 1,250m altitude contributing further coarseness (less-dense beans extract faster), the net grind lands at 490μm — only 10μm finer than default, and significantly coarser than a high-altitude washed bean. The 93°C temperature drops 1°C for the honey process, acknowledging that mucilage-fermented beans have slightly altered cellular structure. The V60's cone geometry and relatively fast flow suit this bean's easier extractability — at 490μm the candied almond and grilled lemon notes extract within the 2:30-3:30 window without requiring the aggressive grind compensation needed for higher-altitude washed beans.

Troubleshooting
sour: Grind finer by ~22μm and raise temp 1°C. Despite the honey process building sweetness through 70-hour mucilage fermentation, sourness on the V60 means extraction stalled before the raisin and candied almond compounds dissolved. Finer grind at 490μm addresses the low-altitude Sarchimor's moderate density.
thin: Add 1g coffee or reduce water by 15g; metal filter also works well here. The honey process contributes body, but Sarchimor at 1,250m has moderate density — lighter than a high-altitude bean. A tighter ratio anchors the grilled lemon and raisin character at useful TDS.
Kalita Wave 185 89/100
Grind: 520μm Temp: 93°C Ratio: 1:16.0-1:17.0 Time: 3:00-4:00

The Kalita Wave's flat-bottom design distributes water more evenly across the bed than a cone dripper, which is advantageous for this honey-process Sarchimor where particle uniformity may be slightly lower than a high-altitude washed bean. Sarchimor's larger bean size (Villa Sarchi crossed with Timor Hybrid produces medium beans) grinds slightly more coarsely for a given setting — the 520μm target here reflects the combined coarser modifiers from altitude, processing, and variety. The flat bed ensures that water contacts all particles evenly, reducing the risk that coarser-than-expected particles from Sarchimor's lower density create dry spots. The 93°C temperature and 1:16.5 ratio match the other pour-over parameters. The raisin note — product of the concentrated 70-hour honey fermentation — integrates cleanly through the Kalita's balanced extraction character.

Troubleshooting
sour: Grind finer by ~22μm and raise temp 1°C. The Kalita's even flat-bed extraction should minimize channeling, but sourness here means the 520μm grind is too coarse for this altitude-and-variety combination. The grilled lemon phosphoric acid character extracts before raisin sweetness catches up.
thin: Add 1g coffee or reduce water by 15g. The Kalita's paper filter strips some honey-process body; at 1,250m altitude the bean's density is moderate rather than high, so TDS runs lean at the long ratio. Tightening concentration brings out the candied almond Strecker compounds more clearly.
AeroPress 82/100
Grind: 390μm Temp: 84°C Ratio: 1:12.0-1:13.0 Time: 1:00-2:00

At 84°C, the AeroPress handles the honey-process Sarchimor's pre-softened cell structure carefully. The honey process's extended mucilage fermentation partially breaks down pectin in the cell walls, making the bean slightly easier to extract than a washed counterpart; the lower temperature prevents over-extraction of tannins and astringency that Sarchimor can express if pushed hard. The 390μm grind is set 10μm finer than default, with honey processing and Sarchimor's hybrid genetics together calling for only a modest grind reduction. The press-induced pressure compensates for the lower temperature and relatively coarse grind, concentrating the candied almond and raisin character in the 1:12.5 ratio output effectively.

Troubleshooting
sour: Grind finer by ~22μm and raise temp 1°C. At 84°C this honey Sarchimor extracts gently — sourness signals the almond and raisin sweetness hasn't fully dissolved yet. A finer grind increases surface area; the low temperature means this is the primary correction before considering temp adjustment.
thin: Add 1g coffee or reduce water by 15g; metal cap retains oils for more body. Honey process builds body through mucilage compounds, but at AeroPress ratios with a paper filter these strip out — metal cap or tighter ratio recovers the richer mouthfeel the 70-hour fermentation built.
Clever Dripper 82/100
Grind: 520μm Temp: 93°C Ratio: 1:15.0-1:16.0 Time: 3:00-4:00

The Clever Dripper's immersion-then-filter approach handles this honey-process Sarchimor well: the steeping phase extracts the raisin character and honey-fermentation body at 520μm and 93°C, while the paper filter on drawdown strips out fine sediment and some Sarchimor earthiness. The grind matches the Kalita at 520μm — the same variety, processing, and altitude factors apply regardless of brewer. The immersion phase is where this bean's 70-hour fermentation profile most cleanly resolves: extended contact time at controlled temperature allows the slow-dissolving sweetness (candied almond, grilled lemon character) to fully transfer to solution before the filter removes competing compounds. The Clever is a lower-technique option than the V60 for producing a similarly balanced result.

Troubleshooting
sour: Grind finer by ~22μm and raise temp 1°C. The Clever's immersion phase should help this honey Sarchimor extract evenly, but a sour cup means steeping time at 520μm wasn't sufficient for the almond and raisin compounds to dissolve. Finer grind increases extraction rate during the steep.
thin: Add 1g coffee or reduce water by 15g. The Clever's paper filter removes some of the honey-process body compounds — at 1,250m altitude Sarchimor doesn't have the same base density as a high-altitude Ethiopian. A tighter ratio concentrates the candied almond Strecker products into more perceptible strength.
Espresso 80/100
Grind: 240μm Temp: 92°C Ratio: 1:1.9-1:2.9 Time: 0:28-0:35

This is still a light roast, so the recipe extends the ratio and calls for preinfusion — but this Sarchimor honey-process bean is notably more accessible at espresso than a high-altitude washed light roast. The lower 1,250m altitude density, the honey process's pre-softened cell structure, and the Sarchimor variety all push extraction easier. The grind lands at 240μm — 60μm coarser than a typical light roast espresso — reflecting these factors in combination. Temperature drops to 92°C, one degree below a standard light roast espresso, acknowledging the honey process's softer extraction character. At this ratio (1:2.4) the candied almond concentrates into an intense nut-forward shot; the grilled lemon character becomes something tropical and bright under pressure. The raisin sweetness from the honey fermentation amplifies significantly in concentrated form.

Troubleshooting
sour: Grind finer by ~10μm and raise temp 1°C. Even at easier-extracting honey Sarchimor parameters, light roast espresso can channel through the puck. Sourness means the phosphoric acid (grilled lemon) extracted before the almond sweetness resolved — finer grind slows flow through the puck.
thin: Increase dose by 1g or shorten yield by 15g. The Sarchimor variety and honey process make this more extractable than a high-altitude washed light, but low-solubility light roast still produces leaner TDS than medium roast. Tightening the yield pulls more candied almond and raisin concentration.
Moka Pot 74/100
Grind: 340μm Temp: 99°C Ratio: 1:9.0-1:10.0 Time: 4:00-5:00

The moka pot at 99°C for this bean is notable — it's the highest temperature of any method, and that's because the Sarchimor variety and honey process combine to create a bean that can handle the heat without scorching. The variety and processing adjustments produce a grind at 340μm (only 10μm finer than default rather than 70μm), resulting in noticeably less resistance than a high-altitude washed bean would have. This matters in the moka pot: less resistance means the lower-pressure extraction completes before overheating the brew. The raisin character from the 70-hour honey fermentation concentrates well in the moka's 1:9.5 ratio output, producing a dense sweetness. Using pre-boiled water prevents simmering the grounds in the lower chamber before proper extraction begins.

Troubleshooting
sour: Grind finer by ~22μm and raise temp 1°C. The moka pot's brief extraction window can cut short before this honey Sarchimor's almond and raisin sweetness develops. The variety's moderate density means finer grind is critical — coarse grinds run through too fast at low pressure.
strong: Reduce dose by 1g or increase water by 15g. The honey process builds additional body compounds in the cell walls that concentrate aggressively in the moka pot. If raisin and candied almond read syrupy or overwhelming, the 1:9.5 ratio needs to be loosened toward 1:10 to balance.
French Press 72/100
Grind: 990μm Temp: 95°C Ratio: 1:14.0-1:15.0 Time: 4:00-8:00

French press is a reasonable fit for this honey-process Sarchimor despite the lower match score — the metal mesh filter preserves the body-building lipids from honey fermentation, and immersion extraction at 990μm with a 4-8 minute steep window gives the raisin and almond compounds time to fully dissolve. The 95°C temperature — one degree above the Chemex — compensates for the coarser grind by increasing diffusion through larger particles. The 1:14.5 ratio runs concentrated to account for the lower extraction efficiency of coarse immersion. For this bean specifically, French press risks emphasizing the earthier, heavier aspects of Sarchimor's introgressed genetics through unfiltered extraction — body will be full, but aromatic clarity of the grilled lemon and candied almond will be lower than in paper-filtered methods.

Troubleshooting
sour: Grind finer by ~22μm and raise temp 1°C. At 990μm the coarse grind gives maximum body but risks under-extracting solubles before the steep ends. This honey Sarchimor's moderate 1,250m density means grind size matters more than steep time — finer grind corrects sourness faster than extending steep.
strong: Reduce dose by 1g or increase water by 15g. French press concentrates this honey-process bean's body aggressively — if the raisin and almond character reads overwhelming, the 1:14.5 ratio is too tight. Backing off dose or adding water brings the mucilage sweetness into proportion.
Cold Brew Flash Brew Recommended

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.