Cerda Bing Stacking Cubes 10 Piece

£19.99

76 in stock

76 in stock

Only customers who have purchased this product may leave a review.

Stack them high, or nest them inside one another! This classic set of ten Stacking Cubes from Cerda is a fantastic first toy for any baby or toddler, featuring the beloved characters from the world of Bing. The ten sturdy cardboard cubes are decorated with bright, cheerful pictures of Bing and his friends, as well as numbers from one to ten.

Little ones can practise their hand-eye coordination by stacking the cubes to build a tower that’s almost a metre tall. When stacked, the cubes show a fun height chart on one side. They can also be nested inside one another, which is a great way to learn about sizes and sequences. It’s a brilliant and versatile toy for early learning and development.

Features:

  • A classic set of 10 stacking and nesting cubes.
  • Features cheerful designs of Bing and his friends.
  • Stack them up to create a tower nearly 90cm tall.
  • One side creates a fun height chart.
  • A great way to learn about numbers, counting, and sizes.
  • The cubes nest together for easy and compact storage.

Specifications:

  • Brand: Cerda
  • Age Suitability: 6 months and over
  • Material: Cardboard
  • Contents: 10 stacking cubes.

Frequently Asked Questions

Each of the 10 cardboard cubes features artwork from the CBeebies Bing series. Characters across the set include Bing, Sula, Coco, Flop, and Pando, with every cube also showing a number from 1 to 10 alongside themed counting objects such as balloons, carrots, and ladybirds.
Fully stacked, the 10 cubes reach approximately 90 cm - just under a metre. One side of the completed tower forms a height chart, making it a handy reference for tracking a young child's growth as well as a fun building challenge.
All 10 cubes are sized in graduated steps so they nest completely inside one another, reducing the set to the size of the single largest cube. This makes storage straightforward and also gives toddlers a hands-on way to explore size ordering and sequencing.