At over two thousand metres, the air is thin, the nights are cold, and the coffee cherries grow extraordinarily slowly. That slowness is everything. We trace the journey from Himalayan hillside to your cup — and meet the forces of nature that make Nepali beans unlike anything else on earth.
Before sunrise, smoke rises from small stone kitchens across Gulmi's terraced hillsides. We spent three days with the families who grow your coffee — and discovered a culture as rich as the beans themselves.
Himalayan beans respond differently to water temperature and pour rate than lowland varieties. Their elevated density requires a gentler approach — here is the exact method we use at origin.
Ethiopia and Colombia have dominated specialty coffee conversation for decades. A growing chorus of roasters and cuppers believe Nepal is about to change that narrative entirely.
Why does altitude matter? The science behind Himalayan coffee's exceptional cup profile comes down to bean density, slower cellular development, and the chemistry of natural processing at elevation.
In Nepal's highlands, coffee grows beneath a canopy of alders and chestnuts. The shade is not incidental — it is the defining feature of the terroir, slowing ripening and deepening complexity.
Nepal has a centuries-old tradition of cultivating and consuming coffee in the mid-hills. Only now is the world beginning to understand the depth of what these communities have always known.
Cold brew made from Himalayan beans develops a naturally sweet, low-acid cup with prominent chocolate and stone fruit notes. Our twelve-hour recipe makes the most of the bean's unique character.
On Nepal's steep terraces, mechanised harvesting is impossible. But even where it is feasible, hand-picking remains the gold standard — and the farmers of Gulmi and Palpa know exactly why.
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