Variety · Panama
The specific accession behind Panamanian Geisha, tracing to material collected in 1931. The paperwork matters at these prices.
Panamanian Geisha traces to a specific accession — T2722 — collected in Ethiopia and moved via research stations in Kenya, Tanzania and Costa Rica before reaching Panama in the 1960s.
At these prices, provenance is a commercial question. Farms increasingly document which accession their trees came from, because “Geisha” alone covers material of very different origins and performance.
T2722 is the line that produced the 2004 Best of Panama result.
Refers to the collection expedition in south-western Ethiopia. It appears on bags as a provenance claim.
Jasmine, bergamot, orange blossom, peach, with a delicate body and a very long finish — the reference for the variety.
Accession alone does not guarantee the cup. Geisha grown below about 1,500 metres tastes ordinary regardless of its paperwork.
Filter, very light roast, a clean brewer and considered water.
The equipment this actually requires — not a shopping list, the shortest route to doing it properly.
60° cone · spiral ribs · 1–4 cups
The most transparent cup you can brew for twenty euros, and the least forgiving. Ceramic holds heat where plastic does not — and the open bottom means your pour, not the dripper, decides the coffee.
Best for: Someone who wants to taste what a single-origin coffee is actually doing.
≈ $25 / £20 / 22 €
64 mm flat burr · filter only · single dose
64 mm flat burrs, near-zero retention and a footprint the size of a mug, built for filter and honest about not doing espresso. For pour-over it is the clearest grind you can buy at this price.
Best for: V60, Chemex, AeroPress and batch brewing, where clarity is the whole point.
≈ $345 / £275 / 300 €
0.9 L · ±1 °C hold · counterbalanced gooseneck
The best-pouring kettle sold, and the hold function matters more than the thermometer. Expensive for boiling water — but if you brew pour-over daily, it is the accessory that most improves the cup.
Best for: Daily pour-over, where flow rate is the variable you are trying to control.
≈ $195 / £165 / 180 €
