this and homemade caramels for Christmas every year. She swears this is the recipe she used, but mine has NEVER turned out as good as I remember hers being! Enjoy!
HERSHEY'S Rich Cocoa Fudge Recipe
3 cups sugar
2/3 cup HERSHEY'S Cocoa or HERSHEY'S SPECIAL DARK Cocoa
1/8 teaspoon salt
1-1/2 cups milk
1/4 cup (1/2 stick) butter
1 teaspoon vanilla extract
1. Line 8-or 9-inch square pan with foil, extending foil over edges of pan. Butter foil.
2. Mix sugar, cocoa and salt in heavy 4-quart saucepan; stir in milk. Cook over medium heat, stirring constantly, until mixture comes to full rolling boil. Boil, without stirring, until mixture reaches 234°F on candy thermometer or until small amount of mixture dropped into very cold water, forms a soft ball which flattens when removed from water. (Bulb of candy thermometer should not rest on bottom of saucepan.)
3. Remove from heat. Add butter and vanilla. DO NOT STIR. Cool at room temperature to 110°F (lukewarm). Beat with wooden spoon until fudge thickens and just begins to lose some of its gloss (about 7 minutes). Quickly spread in prepared pan; cool completely. Cut into squares. Store in tightly covered container at room temperature. About 64 pieces or 1-3/4 pounds.
NOTE: For best results, do not double this recipe. This is one of our most requested recipes, but also one of our most difficult. The directions must be followed exactly. Beat too little and the fudge is too soft. Beat too long and it becomes hard and sugary.
NUTTY RICH COCOA FUDGE: Beat cooked fudge as directed. Immediately stir in 1 cup chopped almonds, pecans or walnuts and spread quickly in prepared pan.
MARSHMALLOW-NUT COCOA FUDGE: Increase cocoa to 3/4 cup. Cook fudge as directed. Add 1 cup marshmallow creme with butter and vanilla. DO NOT STIR. Cool to 110°F (lukewarm). Beat 8 minutes; stir in
1 cup chopped nuts. Pour into prepared pan. (Fudge does not set until poured into pan.)
HIGH ALTITUDE DIRECTIONS:
-- Increase milk to 1-2/3 cups
-- Use soft ball cold water test for doneness OR Test and read thermometer in boiling water, subtract
difference from 212°F. Then subtract that number from 234°F. This is the soft ball temperature for
your altitude and thermometer.