Our special-edition fudge is topped with crushed peppermint candies and loaded with chocolate goodness throughout: We added cocoa powder to our basic recipe, as well as a layer of white chocolate. The results are ultra-rich, extra-delicious, and ideal for gift-giving. Just be sure to save a few (dozen?) squares for yourself.

Martha Stewart Living, December/January 2015


Credit: Chris Court

Recipe Summary

3 hrs 30 mins
45 mins
Makes 64 one-inch pieces


Ingredient Checklist


Instructions Checklist
  • Butter an 8-inch square cake pan; line with parchment, leaving a 1-inch overhang on two sides. Butter parchment. Place butter in a large heatproof glass bowl set on a wire rack.

  • Heat cream, sugar, unsweetened chocolate, cocoa powder, corn syrup, and salt in a heavy saucepan over medium, stirring, until sugar is dissolved and chocolate is melted, about 10 minutes. Attach a candy thermometer to pan; bring mixture to a boil, washing down sides of pan with a wet pastry brush to prevent crystals from forming. Boil, without stirring, until mixture reaches 238 degrees, about 15 minutes.

  • Pour chocolate mixture into glass bowl (do not scrape saucepan). Attach thermometer to bowl; let stand (without stirring) until mixture reaches 110 degrees, about 1 hour, 30 minutes. Stir in peppermint extract with a wooden spoon; continue stirring and folding until mixture starts to thicken, lightens slightly in color, and begins to lose its sheen, about 5 minutes.

  • Pour mixture into prepared cake pan (do not scrape bowl); press evenly with your hands, then smooth top with a spatula. Sprinkle evenly with candies, pressing to adhere. Let cool 1 hour. Spread white chocolate over candies. Refrigerate until firm, at least 15 minutes and up to 3 days.

  • Run a sharp knife around edges of fudge to loosen; remove using parchment. Cut into 1-inch squares. Fudge can be stored in refrigerator, between layers of parchment, up to 1 week; bring to room temperature before serving.

Cook's Notes

An accurate candy thermometer is a must; it should read 212 degrees when placed in boiling water.