EF08428, ELECFREAKS micro:bit Nezha Pro Sport Kit (micro:bit not included)
The Nezha Pro Sports Kit is a sports-themed STEAM education kit designed for primary and secondary school students. Based on the high-performance Nezha Pro controller and Planet X sensor series, it includes four line-tracking sensors, ultrasonic sensor, collision sensors etc. The Nezha Pro Sports Kit is suitable for children of all learning levels, allowing them to experience the joy of invention through programming and electronics. This kit supports controller-free mode, allowing children to complete basic projects even without programming knowledge. Equipped with 20+ cases and nearly 600 building blocks, it aims to enhance children's hands-on abilities and logical thinking while stimulating their creativity and imagination.
Wiki: Nezha Pro Sport Kit | LEARN
Why Sports Theme?
Countries are increasingly recognizing the importance of sports education in fostering healthy lifestyles among youth. This sports-themed programming building block set offers an engaging way to enhance students' understanding of STEM concepts while also generating interest in various sports activities.
Developed on Nezha Pro Breakout Board
Learn at Any Level
From beginners to advanced makers, Nezha Pro Sports Kit grows with your students' skills. The kit supports both controller-free basic operations for newcomers and sophisticated project development for competition-level challenges, ensuring a smooth learning progression at every stage.
Competition Grade Performance
Equipped with competition-grade sensors and motors, Nezha Pro Sports Kit delivers professional-level performance for advanced competitions. Despite its high-end capabilities, the kit maintains user-friendly features that allow beginners to start their journey with confidence and gradually master more complex applications.
Applications
Specifications
Size: 320mm × 245mm × 145mm
GW: 2330g
Quantity of Electronic Modules: 12pcs
Blocks Material: Plastic ABS
Number of Building Blocks: 500+
Recommended Age: 10+
Number of Cases: 20+
Programming Methods: MakeCode, Python
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