What are Cake Pops?
It’s cake on a stick! Ideal for events where guests can help themselves, our cake pop towers can be the centrepiece! Cake pops are a combination of cake and frosting, coated in chocolate.
There are many ways we can arrange display of your cake pops! The most popular way is by displaying them on a custom built foam tower (round or square) that is in your choice of colours. Custom displays range from $20 to $50 for materials depending on the size of the stand. Our custom stands can hold a maximum of 160 cake pops each (seven tiers). The stands are disposable after your event.
You can also have your pops standing as a bouquet! Display them in foam in a floral display box (available in a range of colours/sizes and great idea for a gift), but these boxes can only hold a maximum of 25 pops.
We can also wrap each cake pop in a clear cello bag tied with a ribbon which is a great idea for unique guest favours (50 cents extra per cake pop).
Creation Process
Cake Pops are a labour intensive process, so we do require as much notice as possible of your order to ensure there is enough time for us to make them for you!
Our cake pops are true to the original cake pops by Bakerella. We knead together cake and frosting, weigh each one and roll them into balls (by hand), chill, coat in chocolate and decorate as required.
Flavours
Currently our cake pops come in three flavour choices:
- Vanilla cake with vanilla buttercream
- Chocolate cake with chocolate buttercream
- Lemon cake with lemon cream cheese frosting
You can choose any colour chocolate for the coating!
Ordering
A minimum order of cake pops is 24, with one cake flavour/coating colour per dozen.
Pricing
Standard Cake Pops: $2.50 each
Cake Pops coated in chocolate, and then optionally decorated with your choice of coloured chocolate drizzle, or coated (sparkling sugar, Hundreds and Thousands, single colour sprinkles, nuts etc)
Deluxe Cake Pops: From $3.00 each
Dipped cake pops with a fondant shape attached eg star, heart, flower, butterfly, letter, number
