Grand Marnier Truffles
Add a tropical, citrus-y flavor to our Classic Truffles by adding Grand Marnier or other orange-flavored liqueur.
- Yield: Makes about 5 dozen
Source: Martha Stewart Living, December 2002
- 1 cup heavy cream
- 4 tablespoons unsalted butter
- 2 teaspoons light corn syrup
- 1 pound 2 ounces finely chopped semisweet chocolate, plus 12 ounces more for dipping
- 6 tablespoons Grand Marnier (or other orange-flavored liqueur)
Very finely chop 12 ounces semisweet chocolate, and sift to remove powdery residue; set aside in a small bowl. In a small saucepan, bring cream, butter, and corn syrup to a full boil over medium heat. Turn off heat. Add 1 pound chocolate; gently swirl pan to cover chocolate with cream, but do not stir. Let stand, undisturbed, 5 minutes. Stir Grand Marnier into the ganache.
Slowly whisk until combined. Transfer mixture to a large bowl; refrigerate, stirring every 15 minutes.
After 45 minutes, mixture will thicken quickly, so stir every 3 to 5 minutes until thick enough to scoop, 10 to 20 minutes more. Using two spoons or a small ice-cream scoop, form into 1-inch balls; transfer to a parchment-lined baking sheet.
Chill until firm, but not hard, about 10 minutes. Remove from refrigerator; roll in palms to form a ball, and press gently with fingers to create irregular shapes. Chill until ready to dip, up to 1 week. Place remaining 12 ounces chocolate in a heatproof bowl over a pan of simmering water; stir occasionally until chocolate melts. Remove from heat; cool slightly.
Remove centers from refrigerator. Using one hand, dip one center into melted chocolate, then roll around in your hand to coat evenly, letting excess drip back into pan. Place truffle in bowl of reserved chopped chocolate. With your clean hand, cover truffle with chocolate. Let sit in bowl 20 seconds.
Lift out, and set on a parchment-lined baking sheet. Repeat with remaining truffles. If your kitchen is warm, refrigerate 5 minutes to set. You can store truffles in airtight containers up to 1 week at a cool room temperature.