Hiwonder DaDablock Programmable Building Block Kit Powered by ESP32 with Sensor Expansion, LEGO-Compatible, Supports Scratch & Python

The Hiwonder DaDablock is an ESP32-powered programmable educational robot kit designed to transition elementary and middle school students from Scratch block-based coding to Python. With its LEGO-compatible design and screw-free assembly, it is an ideal hands-on tool for educators, students, and young makers exploring robotics and AI.

High-performance ESP32 main controller

Powered by a high-performance ESP32 controller, this kit supports a smooth educational progression from Scratch block-based programming to Python coding. The fully enclosed, block-style housing protects the electronics while offering a secure platform for creative AI builds.

Diverse builds and creative projects

The kit includes 36 official robot builds with step-by-step assembly guides and over 100 creative extensions. Structured tutorials and sample programmes help learners quickly transition from basic mechanical construction to advanced smart applications.

Seamless LEGO Technic compatibility

Designed to fully match standard LEGO parts in both interface and size, the components support screw-free, pin-based assembly. This allows fast building and smooth integration of electronic modules with classic bricks.

Multidimensional sensing with thirteen modules

With more than 13 integrated sensor types, including ultrasonic and infrared obstacle avoidance modules, the kit enables complex environmental detection. Students can easily programme functions like line following, orientation sensing, LED matrix effects, and touch feedback.

Precision-moulded ABS housing

Each component is manufactured using high-precision injection moulding with eco-friendly ABS plastic. The refined matte finish ensures a premium feel and long-lasting durability under classroom conditions.

Flexible mounting hole layout

Specially positioned side and bottom mounting holes match the odd-hole layout of LEGO Technic elements. This precise alignment makes connecting electronic modules to physical bricks easier, stronger, and more stable.

Progressive hands-on technology journey

The curriculum guides students step-by-step from mechanical motion to interactive sensing and smart programming. Thirty-six classic builds provide a structured pathway for foundational STEM teaching and advanced innovation projects.