Ingredients

The following ingredients have 4 Servings
  • 125 g butter
  • 125 g sugar
  • 125 g self-raising flour
  • 2 eggs (at room temperature)
  • 1 tsp vanilla extract
  • 120 g cream cheese
  • 200 g green candy melts
  • 30 g red candy melts
  • Mini smarties or similar sweets for the caterpillar eyes and nose
  • 200 g Red ready to roll icing
  • 200 g Green ready to roll icing

Instruction

  • Make the fruit shapes first. Roll out the icing and cut out the right fruit shapes. Use the side of a fork or something similar to make marks on the strawberries to look like seeds. Leave them to dry out on a baking tray lined with baking paper.
  • Next make the cake. Cream the butter and sugar together. Beat in the vanilla.
  • Add a third of the flour and an egg and beat in. Add another third of flour and an egg and beat in. Add the remaining flour. Beat in.
  • Grease and line a 17cm cake tin. Bake in the oven at 160 for 40-50 minutes. Check with a skewer after 40 minutes. If it comes out clean it's ready, if not bake for a little longer.
  • Let the cake cool completely on a wire rack.
  • Crumble the cake into a large mixing bowl so it resembles breadcrumbs. Use your hands to mix in the cream cheese to form a cookie dough consistency. If its too dry you may need a little more cream cheese.
  • Form the dough into balls and put in the freezer until you're ready for the next step.
  • Melt the candy melts in the microwave or over a saucepan.
  • Roll the cake balls quickly in the melted candy melts and put them on a baking tray lined with baking paper to dry. If the bowl of melted candy melts starts to solidify then just pop it back in the microwave for a minute.
  • Stick the eyes on the red cake ball as soon as you make it.
  • Then use a little bit of the brown ready-to-roll icing to make the caterpillar's antenna and just stick them on top of the cake ball. You can do this when it has dried.
  • When ready to serve, use some of the cake balls to prop the fruit shapes up and the rest to make a caterpillar shape.