Drop Temperature by Coffee Density

Updated October 2026 · for coffee roasters

This page is information for coffee roasters. Drop temperature is the bean temperature at which the roast ends and the beans are dropped into the cooling tray. Each of the 121 recipes in the Coffee Recipe Series gives the drop temperature that matches its density, from 250 °C for the darkest roasts to 187 °C for the lightest.

The short answer

A higher drop temperature means a darker roast and lower density. 250 °C at 0.330 g/ml (Italian Roast), 219 °C at 0.390 g/ml (Breakfast) and 187 °C at 0.450 g/ml (Light City).

Across the series

Drop temperature by coffee density

The hotter the drop, the darker the roast and the lower the density. Across the series the drop temperature falls steadily from 250 °C to 187 °C as density rises from 0.330 to 0.450 g/ml.

250 °C

Dark / Italian Roast · 0.330 g/ml (Recipe 1)

219 °C

Medium / Breakfast · 0.390 g/ml (Recipe 61)

187 °C

Light / Light City · 0.450 g/ml (Recipe 121)

Roast names

Roast names across the series

Each recipe also carries a roast name. Here is how the names line up with the recipes and drop temperatures.

Dark · Italian Roast

Recipes 1–11 · 250–245 °C

Dark · French Roast

Recipes 12–21 · 244–240 °C

Dark · Vienna Roast

Recipes 22–40 · 239–230 °C

Dark · Darker than Dark

Recipes 41–47 · 229–226 °C

Medium Dark · Full City

Recipes 48–51 · 225–224 °C

Medium Dark · Dark Roast

Recipes 52–55 · 223–222 °C

Medium · Breakfast

Recipes 56–62 · 221–218 °C

Medium · American

Recipes 63–70 · 217–214 °C

Medium · City

Recipes 71–78 · 213–210 °C

Medium · Medium Roast

Recipes 79–81 · 209–208 °C

Light · Cinnamon / New England

Recipes 82–87 · 207–205 °C

Light · Half City

Recipes 88–94 · 204–201 °C

Light · Light City

Recipes 95–121 · 201–187 °C

For roasters

Notes for roasters

Density gives roasters and brewers a shared reference. If you print the density, or the drop temperature, on the bag, your customers can go straight to the right recipe. Here's how to measure density.

A guide, not a rule

Measured drop temperatures depend on the roaster and where the probe sits, and roast names aren't used consistently between roasters. Treat these figures as a guide, and use density to check where a finished roast actually landed.

Further reading: Roasting coffee basics – CoffeeNavigated.net