Classic Espresso - our full bodied espresso

The V60's single-spiral rib structure produces faster drawdown than the Chemex, which is an asset with a medium-roast natural blend: the Brazil component's high roast-developed body compounds content can create a dense brew bed, and slower flow risks over-extraction of the bitter compounds that medium roast has begun to develop. Temperature at 90°C matches the Chemex for the same reasons — natural Ethiopian processing calls for 2°C off and medium roast calls for 2°C off, landing at a brew temperature that preserves the fruit aromatics without underdeveloping the roast-developed compounds from the Brazil anchor. The V60 paper filter strips the natural-process oils just as the Chemex does, but the faster flow means the cup reads slightly brighter and less rounded than Chemex. At 515μm grind, you're 15μm coarser than default to compensate for increased particle surface created by natural-process oils.

The Kalita Wave's flat-bottom geometry creates an even extraction bed where water dwells more uniformly than in a V60's conical — a useful property for a blend where the Brazil and Ethiopian components may have slightly different particle densities and thus different extraction rates. The wave filter's corrugated walls maintain an air gap to reduce uneven heat loss. At 90°C and 545μm, the parameters mirror the other paper pourover methods: the 4°C temperature reduction protects natural-process fruit aromatics while the slightly coarser grind (15μm above default) accounts for the natural processing's effect on particle surface. The Kalita's balanced, sweetness-forward character is well-matched to the Brazil anchor of this blend — its flat bottom means the finer Ethiopia component and coarser Brazil component dwell together rather than stratifying toward a cone tip, improving evenness across the two-origin extraction.

The AeroPress operates at 81°C here — well below the pourover methods — and the reasoning is specific to this blend's natural Ethiopian fraction. AeroPress already runs at lower temperatures than other methods by standard practice, and combined with the 4°C natural-processing reduction and medium-roast reduction, the system lands at a brew temp that strongly protects fruit aromatics from the Ethiopian component while still extracting through the roast-developed-sweet zone from the Brazil fraction. The compressed immersion environment with paper filter produces a cup with concentrated fruit clarity — the Ethiopia's bright acidity and aromatics from processing are preserved intact, while paper catches the natural-process oils. At 415μm (15μm above default), grind is fine enough for the short 1-2 minute contact time to extract fully. If the shot tastes strong, this is expected: AeroPress ratio is 1:12-1:14, meaning higher TDS than pourover by design.

The Clever Dripper combines immersion steeping with paper-filter drawdown — a hybrid that's particularly interesting for this espresso blend because the immersion phase lets the Brazil component's dense melanoidin structure extract thoroughly before the paper filter strips oils during drainage. Temperature at 90°C follows the same natural-plus-medium logic as the other paper methods. The Clever's extended contact time compared to a V60 pours more body from the Brazil base while the paper filter prevents the natural-process oils from the Ethiopian component from muddying the cup. The 545μm grind is medium — coarser than V60 — which works well here because the steep time compensates for reduced surface area. This is a lower-skill-ceiling method than V60 for this blend: the immersion phase removes the timing sensitivity of continuous-pour technique.

This medium-roast natural Ethiopian Bourbon scores 77/100 for espresso, reflecting a genuine tension: natural processing's fermentation character becomes less predictable under 9-bar pressure extraction. Espresso concentrates everything, and fruit aromatics from processing can read as funky rather than fruity when compressed into a 38g shot. Temperature at 89°C (4°C below default) is reduced to control both roast- and processing-related extraction intensity. The 265μm grind (15μm above default) counteracts the tendency of natural-process particles to restrict flow due to surface oils from processing. At 1:2 ratio, the roast-developed body compounds base from medium roasting produces viscous, crema-supporting body, while the natural processing provides aromatic lift. Expect the shot to need slightly longer extraction than a washed equivalent given the processing style.

The moka pot's ~1.5-bar pressure is lower than espresso but higher than gravity pourover — a middle zone where natural-process oils pass freely through the metal basket without paper filtration. For this blend, that creates a specific trade-off: the Brazil roast-developed body compounds base gains additional body from the unfiltered oils, but the Ethiopian natural's delicate fruit aromatics get masked rather than highlighted when co-extracted oil compounds compete for aromatic attention. Temperature at 96°C (still below boiling — use pre-boiled water in the base) matches the parameter reduction logic but arrives there differently, since moka heat is controlled by removing the pot when sputtering starts. At 365μm and 1:9-1:11 ratio, the brew is more concentrated than filter methods, which makes the oil-fruit tension more pronounced. This is a lower-match brewer for the Ethiopian character; the Brazil chocolate-nutty base reads clearly.

French press runs hotter (92°C) than the paper-filter methods despite the same natural-plus-medium roast profile — the higher temperature compensates for the metal filter's inability to control extraction chemistry the way paper does. Without paper filtration, the natural-process oils from the Ethiopian component pass freely into the cup, adding body but muddying the bright citric-acid clarity that the Ethiopian fraction is supposed to contribute. The Brazil component gains body from those unfiltered oils, which reinforces its chocolate-malt Maillard character. The coarse 1015μm grind and 4-8 minute steep gives the Brazil component time to extract its full melanoidin body. Hoffmann's extended rest after pressing (5-8 minutes additional) helps settle fines that would add unwanted bitterness from the medium-roast bitter compounds zone.

Cold brew scores lowest (64/100) for this blend — the lower score reflects a combination of medium roast's accessibility and the natural Ethiopian fraction's delicate aromatics extracting poorly in cold water. The roast-developed body compounds that the Brazil base provides extract less completely in cold water, meaning the blend's core body comes through diminished. Cold water also means less bitterness develops, but the chocolate and caramel character also fails to fully emerge. The natural Ethiopian fraction's fruit aromatics are temperature-dependent — cold water extracts fewer of these aromatic compounds than hot brewing does. What cold brew preserves is the fruit acidity from the Ethiopian component, making the concentrate read more one-dimensionally fruity than the blend's intended layered chocolate-fruit profile.