Frequently Asked Questions
What counts as "high-altitude" specialty coffee?
Most specialty roasters consider 1,800 meters (about 5,900 feet) and above the threshold for "high-grown" or "strictly high grown" coffee — the point at which slower cherry maturation reliably produces denser beans and more complex acidity.
Does altitude actually affect coffee flavor?
Yes. Cooler temperatures at higher elevations slow the coffee cherry's ripening, giving the bean more time to develop sugars and organic acids. The result is typically brighter, more layered acidity and more distinct flavor notes compared to lower-elevation coffee from the same region.
Is high-altitude coffee always better?
Not automatically — altitude is one input among many (varietal, processing, farming practice, roast). But it's a strong quality signal: at the same origin and processing method, higher elevation lots consistently score higher on cupping tables.
Which origins produce the most high-altitude coffee?
In this catalog, Ethiopia, Colombia, Rwanda, and Peru have the deepest inventory of coffees grown above 1,800m — regions with the volcanic highlands and equatorial latitude needed to grow coffee that high without frost risk.
How should I brew high-altitude coffee?
High-altitude coffees are usually dense and bright, so they reward brew methods that highlight acidity and clarity — pour over, AeroPress, or Chemex. Avoid over-extracting; a slightly coarser grind and a temperature at the lower end of the standard 195–205°F range often works well.
Is high-altitude coffee more expensive?
Often, yes — farming at elevation is more labor-intensive (steeper terrain, lower yields per hectare) and the resulting lots are prized by roasters, so pricing tends to run at or above the specialty average. It's not a hard rule, but it's a common pattern in this catalog.