#programming robot

Knowing it’s not an easy task to help kids learn to code, creators and experts at Makeblock have developed several tremendously useful programming kits that you can buy to teach kids computer programming in a fun and playful way. When it comes to choosing the right coding robot, parents can get very confused. That’s why, in the last section here, we will introduce you to some amazing programming kits you can invest in for your kids and yourselves.

· Motionblock

Motionblock features a modular and programmable design that makes building robots much easier and makes room for your kids’ creativity to run wild. It has great flexibility and can mimic bionic movements thanks to the intelligent servos it’s equipped with. Through mBlock 5 and the Makeblock app, you can program the robot using either Python or Scratch. Through playing with the Motionblock, coding for kids is no longer something to be learned in the classroom. Coding for kids is just as easy as playing with toys and can be done at home!

· Codey Rocky

Codey Rocky combines hardware with software, allowing children to learn computer programming while they play and create. Using mBlock, which supports both blocked-based and Python software, Codey Rocky leads children into the world of avant-garde technology with its built-in AI and IoT functionalities, giving kids a competitive edge in the AI era.

· mBot

mBot is an ideal educational robot toy for beginners, children or adults, to build with and code. It has four expansion ports and can connect to more than 100 types of electronic modules. This makes it possible for users to create hundreds of different “robots.” With mBot, coding for kids can become a playtime by simply dragging, dropping, and combining command blocks using the Makeblock app.

· Neuron

Neuron has over 30 programmable blocks and a huge range of combinations. All these blocks can be easily linked using magnetic Pogo pin connectors. The Neuron platform is bundled with the Neuron app — a flow-based programming application that allows children to set a Neuron project in motion by dragging and dropping a block and by using a click and a conjoining line.