-
1
Melt 1 pound of the bittersweet chocolate in the top of a double boiler over hot, not simmering, water or in a microwave oven on low power at 30 second intervals.
-
2
Stir frequently with a rubber spatula to ensure even melting.
-
3
Remove the top pan from the double boiler, wipe it dry, and transfer the melted chocolate to a mixing bowl.
-
4
Add the Nutella and stir together until thoroughly blended.
-
5
Cover the truffle cream and chill in the refrigerator until thick but not stiff (30 minutes to 1 hour).
-
6
Line 2 baking sheets with parchment or waxed paper.
-
7
Using a small ice cream scoop, form the truffle cream into mounds about 1 inch in diameter.
-
8
Cover the mounds with plastic wrap and chill in the freezer for 20 minutes or in the refrigerator for 1 hour.
-
9
Dust your hands with the cocoa powder and roll the mounds into balls.
-
10
These will be the truffle centers.
-
11
Cover and chill the centers for another 20 minutes in the freezer.
-
12
Remove the truffle centers from the freezer and bring to coolroom temperature so the outer coating wont crack when they are dipped.
-
13
Line 2 more baking sheets with parchment or waxed paper.
-
14
Melt and temper the remaining 1 1/2 pounds bittersweet chocolate (see pages 2530).
-
15
Place a truffle center into the tempered bittersweet chocolate, coating it completely.
-
16
With a dipper or fork, remove the center from the chocolate, carefully shake off the excess chocolate, and turn the truffle out onto the paper.
-
17
Melt and temper the milk chocolate and place in a paper pastry cone.
-
18
Snip off a tiny opening at the end and pipe several parallel lines across the tops of the truffles.
-
19
Let the truffles set up at room temperature, or chill them in the refrigerator for 10 to 15 minutes.
-
20
When the truffles are set, place them in paper candy cups.
-
21
In a tightly covered container wrapped in several layers of aluminum foil, the truffles will keep for 1 month in the refrigerator or 2 months in the freezer.
-
22
The truffles are best served at room temperature.