About this item

🏆 IDEAL CODING STATER KIT: Matatalab coding set is the best choice for young kids ages 3-9 to learn code from zero. By playing with physical blocks, basic coding concepts are easier for kids to understand and remember, such as sequencing, conditionals, and debugging. A more friendly way to learn fundamental coding concepts at a very early age.

🎯 STEAM SKILLS LEARNED: A physical way to learn abstract coding ideas. Kids can develop problem-solving skills, critical thinking, basics of programming, logic, and collaboration through hands-on play.

🧩 SCREEN-FREE AND WORDS-FREE: No app, tablet, phone, or internet required. Protect kids' eyes as they learn key skills. MATATALAB Coding robot provides multiple tangible coding blocks with intuitive symbols to represent programming commands including movement, loop, number. Kids will construct their understanding of coding and logic with their hands directly.

🌟 THINK BIGGER, START WITH MATATALAB: Helps develop computational thinking and the four C’s of 21st-century skills (critical thinking, creativity, collaboration, communication). More ways to play with Matatalab musician add-on, artist add-on, animation add-on and sensor add-on, are available to combine with this set to provide more diverse learning and playing experience for kids.

🎁 WHAT YOU GET - 1 * MatataBot, 1* command tower with image recognition camera, 1 *control Board, 37 pieces coding blocks, 3* challenge booklets, 1 *two-sided game map, 1 *USB-C cable, obstacles and flags. The coding set is well packaged, and is the perfect STEM learning toy gift for a child’s birthday or for homeschool.

Product Description

Screenless & words free Learning through Play Cross-curricular learning Three chanllenge booklets Expand more possibilities

Step1: Create your playground. Set the starting point, the goal and your storybackground.

Step 2: Plan a route and predict the movement for MatataBot.

Step 3: Press the big button and observe if the MatataBot goes to where you want.

Step 4: Verify and debug if it goes to the wrong place. Problem-solving skills develop.

A cradle of computational thinking. Learn basic symbols, recognize directions, learn short coding commands.

Growth of computational thinking. Learn number of parameters and longer coding commands, set special actions for the robots.

Advanced computational thinking. Recognize pattern, and generalize patterns using loops and functions to solve complex problem.

STEAM and systematic computational thinking built up. Play music, create art and have more cross-curricular learning.