- Stock: In Stock
- Model: RB-QOBO-46-ST-001
- Weight: 1.00kg
- Dimensions: 28.00cm x 20.00cm x 12.00cm
The Qobo robot created by Robobloq is a STEM toy that develops children's intelligence, creativity and attention through play. This STEM toy is designed to help children develop their cognitive skills and learn basic programming concepts through discovery. The principles of programming become known to even the youngest members of the family with the help of the intelligent robot created for the age range of 3-8 years.
The talented Qobo robot is an educational and entertaining toy for children.
The intelligent robot will become one of the children's favorite toys due to its technical features that allow real interaction with it. The Qobo robot was created in such a way that it can dance, sing, read, go forward and backward and perform various tasks without the need for children's attention to be directed to a screen all the time, but so that they have the opportunity to translate computer games into real life.
The package contains the interactive robot, 30 cards with various activities, a booklet with instructions that must be read before using the product, as well as a map with an attractive design for children. The toy is charged using a USB cable that is included in the package and that connects to a computer.
The Qobo robot is a snail-shaped toy that contributes to children's cognitive development and the acquisition of coding skills through features that allow learning through play, specific features of STEM toys (Science, Technology, Engineering and Mathematics). Once children get used to the Qobo robot, they can discover even more technical things and advance in the process of learning more complex programming concepts, adapted to their age and level of cognitive development.
With the help of the recognition function it has, the robot will execute the commands written on the cards that make up a puzzle. The goal of the game is to help the robot reach the desired destinations by thinking of ingenious and interesting routes with the help of the cards that are positioned on the map, in the preferred order. Programming and learning are done through chips that have printed a code that is read by the robot's intelligent system.
