The Classic AquaDoodle has turned pink! The Pink AquaDoodle is just like the blue Classic Aquadoodle, except that drawings appear pink. Little girls will love using the special water-filled pen to doodle all sorts of things that only a young mind can imagine. For inspiration, the Classic AquaDoodle features bright, fun pictures, numbers and letters around its edges to help children copy, learn and develop basic writing strokes. There's no mess, chemicals or batteries required. Just your imagination and a little tap water. Spills simply wipe clean!
The Classic Aquadoodle from Tomy® is the perfect start and an ideal doodling toy to help children develop drawing skills from the age of 18 months and over. Using a special water-filled pen, children can draw endlessly and without without the mess! When the AquaDoodle mat is dry, drawings magically fade away to allow children to create new masterpieces on a fresh new 'canvas'. For inspiration, the Classic AquaDoodle features bright, fun pictures, numbers and letters around its edges to help children learn and copy basic writing strokes.
The Rainbow AquaDoodle from Tomy® is the perfect doodling mat when you want your drawing to stand out like a glorious technicolour rainbow! It works exactly like a regular AquaDoodle, but instead of a single coloured line, the Rainbow AquaDoodle has lines with lots of colours - just like a rainbow! Fill the included pens with tap water and watch the colours magically appear as you draw. Use the included stampers for extra fun or the large 'paint brush' to add broader lines and effects. You can even use your hands! And to inspire children's imagination, bright fun pictures surrounding the AquaDoodle make doodling even more magical.
Rubik's Magic® Puzzle was designed with illusion in mind. By folding the 8 connected square panels in different directions and opening them up again... find out whether you can link the 3 floating rings together. Its design of interconnected panels causes the challenge to solve the floating rings or create a variety of 3D shapes.