What is the difference between yellow, red, and black honey?

The honey process is a hybrid method that bridges the gap between washed and natural processing. After the coffee cherry is depulped, the sticky, sugar-rich layer known as mucilage is left on the parchment rather than being washed away. The color designations—yellow, red, and black—are not standardized, but they generally serve as a shorthand for how much mucilage remains and how long the coffee is allowed to dry.

Yellow honey processing typically involves removing a significant portion of the mucilage mechanically. Because less sticky material remains, the beans dry faster, often under direct sunlight. This shorter drying time limits the amount of fermentation, resulting in a cup that emphasizes clarity, delicate sweetness, and a lighter body. It is often favored for its consistency and approachable profile.

Red and black honey processes involve leaving more mucilage on the bean. In red honey, the drying process is slower, often requiring more shade or frequent turning to manage the moisture. As the mucilage dries, it caramelizes and ferments, imparting deeper fruit-forward notes and increased sweetness. Black honey represents the most intensive version of this method, where the beans are dried very slowly, often under heavy shade or in thicker layers. This extended exposure to the fermenting mucilage creates a heavy, syrupy body and intense, complex flavor profiles that can mimic natural-processed coffees.

In practice, these labels help roasters and consumers understand the intended intensity of the coffee. While a yellow honey might offer a bright, honey-like sweetness, a black honey is likely to be bold, jammy, and rich. Because there is no global standard for these terms, the specific outcome depends heavily on the individual producer’s drying protocols, humidity levels, and the specific varietal being processed. For the drinker, this means that honey-processed coffees offer a spectrum of body and sweetness that sits uniquely between the clean acidity of washed coffees and the fruit-forward intensity of naturals.