Dark Chocolate and Mint Clouds (Printable)

Delicate chocolate meringue cookies infused with mint chips that dissolve beautifully on the tongue

# What You Need:

→ Meringue Base

01 - 4 large egg whites, at room temperature
02 - 1 cup granulated sugar
03 - 1/4 teaspoon cream of tartar
04 - 1/4 teaspoon fine sea salt
05 - 1/2 teaspoon pure vanilla extract
06 - 1/2 teaspoon pure peppermint extract

→ Chocolate & Chips

07 - 3 oz dark chocolate (70%), finely chopped or in chips
08 - 2/3 cup mint chocolate chips

# How-To Steps:

01 - Preheat the oven to 250°F. Line two baking sheets with parchment paper.
02 - In a clean, dry mixing bowl, beat the egg whites and cream of tartar using an electric mixer on medium speed until foamy.
03 - Gradually add the sugar, 1 tablespoon at a time, while beating on high speed. Continue beating until stiff, glossy peaks form (about 6–8 minutes).
04 - Beat in the salt, vanilla, and peppermint extract until just combined.
05 - Gently fold in the chopped dark chocolate and mint chips with a spatula.
06 - Using two spoons or a piping bag, drop or pipe mounds of meringue (about 2 tablespoons each) onto the prepared baking sheets, spacing them about 1 inch apart.
07 - Bake for 60 minutes, then turn off the oven and let the meringues cool inside, undisturbed, for another 30 minutes to dry out.
08 - Remove from the oven and let cool completely on the baking sheets before serving or storing.

# Helpful Tips:

01 -
  • They look like you spent hours but come together in under 30 minutes of active work
  • The texture impossibly crisp outside, marshmallow soft inside keeps everyone reaching for more
  • Gluten-free friendly without making any sacrifices on flavor or presentation
02 -
  • Humidity is meringues enemy, so avoid making these on rainy or exceptionally damp days
  • Opening the oven door during baking causes collapse, so trust the timer
03 -
  • Wipe your mixing bowl with vinegar before starting to eliminate any hidden grease
  • Use room temperature egg whites for maximum volume and stability