# What You Need:
→ Cake
01 - 1 box vanilla cake mix
02 - Eggs as required by cake mix
03 - Oil as required by cake mix
04 - Water as required by cake mix
→ Frosting
05 - 1/2 cup unsalted butter, softened
06 - 1 1/2 cups powdered sugar
07 - 2 tablespoons milk
08 - 1 teaspoon vanilla extract
→ Coating
09 - 12 ounces white candy melts or white chocolate
10 - Blue gel food coloring, oil-based
11 - 2 tablespoons coconut oil or vegetable shortening, optional
→ Decoration
12 - 1 tablespoon cocoa powder
13 - 1 to 2 teaspoons vodka or clear extract
14 - Edible gold or silver luster dust, optional
→ Assembly
15 - 24 lollipop sticks
16 - Styrofoam block or cake pop stand
# Directions:
01 - Preheat oven and bake vanilla cake according to package instructions. Allow cake to cool completely before proceeding.
02 - In a medium bowl, cream softened butter, then gradually beat in powdered sugar, milk, and vanilla extract until smooth and fluffy.
03 - Crumble cooled cake into fine crumbs in a large bowl. Add frosting incrementally, mixing by hand until mixture holds together without being overly sticky. You may not need all frosting.
04 - Roll mixture into 24 equal balls, approximately 1 tablespoon each. Place on parchment-lined baking sheet and freeze for 15 minutes to firm.
05 - Melt white candy melts in heatproof bowl over simmering water or microwave in 20-second intervals, stirring until smooth. Tint with blue gel food coloring to achieve robin's egg blue shade. Thin with coconut oil or shortening if needed.
06 - Dip tip of each lollipop stick into melted coating, then insert halfway into a cake ball. Repeat for all balls and refrigerate for 10 minutes to secure.
07 - Fully dip each cake pop into blue coating, allowing excess to drip off. Stand upright in Styrofoam block or cake pop stand to set.
08 - Mix cocoa powder with vodka or extract to form thin paste. Dip clean brush in mixture and gently flick over cake pops to create speckles. Optionally add luster dust for extra shine.
09 - Allow cake pops to set completely at room temperature before serving.