# What You'll Need:
→ Cake
01 - 1 box vanilla cake mix or homemade equivalent
02 - Eggs, oil, and water as required by cake mix instructions
→ Frosting
03 - 1/2 cup unsalted butter, softened
04 - 1 1/2 cups powdered sugar
05 - 2 tablespoons milk
06 - 1 teaspoon vanilla extract
07 - Pinch of salt
→ Decoration
08 - 12 ounces white chocolate or candy melts
09 - Gel food coloring in navy blue, purple, teal, black, and pink
10 - Edible glitter in silver, blue, or iridescent
11 - 24 lollipop sticks
12 - Sprinkles or sugar pearls for optional decoration
# How To Make It:
01 - Bake vanilla cake according to package or recipe instructions. Allow to cool completely before proceeding.
02 - Crumble the cooled cake into a large bowl, breaking it down until fine crumbs form throughout.
03 - Beat softened butter in a separate bowl until creamy. Add powdered sugar, milk, vanilla extract, and salt, then beat until smooth and well combined.
04 - Gradually add frosting to cake crumbs, mixing thoroughly until the mixture holds together when pressed firmly.
05 - Roll the mixture into 1.5-inch balls and arrange on a parchment-lined baking sheet. Refrigerate for at least 1 hour until firm.
06 - Melt white chocolate or candy melts in a microwave-safe bowl, stirring every 30 seconds until completely smooth.
07 - Divide melted chocolate into small bowls and tint each portion with different galaxy colors using gel food coloring, stirring well to distribute color evenly.
08 - Dip the tip of each lollipop stick into melted chocolate, then insert halfway into each cake ball.
09 - Dip each cake pop into the colored chocolate, gently swirling to create galaxy patterns. Allow excess coating to drip off before setting.
10 - Place coated cake pops upright in a styrofoam block or cake pop stand to set completely.
11 - While the chocolate coating is still tacky, sprinkle generously with edible glitter and optional sprinkles or sugar pearls for extra decoration.
12 - Allow cake pops to set fully at room temperature or in the refrigerator before serving.