This package contains 200 VOXL BLOCKS (stones) that can be put together on all sides.
VOXL-BLOCKS are large, cube-shaped construction blocks that can be connected to each other on all sides . It can be used to create simple and imaginative objects. VOXL-BLOCKS enables children to build large structures, or in which they can even sit. This is a lot of fun and playfully promotes motor skills as well as spatial imagination or mathematical understanding.
Can be plugged on all sides
VOXL BLOCKS are cube-shaped building blocks that can be connected to each other on all sides. This enables almost unlimited possibilities to create simple as well as complex constructions in height, depth and width.
Large stones of 4 x 4 x 4 cm.
Another advantage over other known building blocks is the size of the stones. It can be used to build objects such as chairs that can be seated on, or cars and houses that children can sit in.
Build freely or according to your own drawings
Using the same principle as with pearls, different patterns or drawings can be put together with the VOXL-BLOCK. In contrast to pearls, these stones can be built in several dimensions, on all sides as well as three-dimensionally.
Educationally valuable
VOXL-is an exciting and educational construction toy for children of all ages. VOXL BLOCKS (stones) are particularly popular in day-care centers, SFO and at school, as the building blocks challenge children's creativity, motor skills and mathematical understanding.
When children play with VOXL BLOCKS, their different mathematical skills and potential are stimulated. These include, for example: Counting, multiplying and logical and geometric thinking.
VOXL BLOCKS improves children's motor skills and development by building blocks that can be assembled in both horizontal and vertical directions.
Material, design and CE markings
- CE marked and suitable as a toy from 0 years old
- Free from phthalates
- Made from recyclable ABS plastic
- Made in Denmark
- This unique and specific form of VOXL BLCOKS is protected by copyright