Hiwonder

【Powered by micro:bit】Equipped with a micro:bit mainboard and a multi-functional expansion board. The expansion board integrates RGB lights, motor and servo ports, and a lithium battery charging circuit.

【Graphical Programming】Utilizes the open-source MakeCode online platform for drag-and-drop block coding. Control hardware instantly via one-click downloads—no textual coding required.

【Fully LEGO-Compatible】Electronic modules feature fully enclosed housings that precisely fit LEGO holes. The screw-less pin-mounting design enables rapid assembly, seamlessly integrating electronic components with mechanical structures.

【36+ Builds & 100+ Playstyles】Offers over 36 building projects, ranging from fun bionics to hardcore mechanical interactions. From building to coding, it covers a complete path of tech exploration.

【Systematic Tutorials & Guides】Comes with beginner-friendly guides that break down complex structures into simple steps, enabling first-time makers to easily get started from scratch.

【Powerful ESP32 Core Brain】Powered by the advanced ESP32 controller with Wi-Fi and Bluetooth, this STEM robotics kit delivers lag-free, responsive performance. Whether executing basic motor commands or complex wireless tasks, teens and coding starters will experience smooth, real-time control over their creations.

【32-in-1 Builds & Step-by-Step Guides】This engineering platform includes detailed, structured tutorials to build over 36 distinct robot models. Easy-to-follow guides take the frustration out of assembly, helping users progress naturally from simple setups to complex engineering projects.

【Multimodal AI Integration】The WonderLLM module embeds multimodal AI models to recognize objects and environments, hold fluid voice conversations, and support seamless integration with leading LLMs like DeepSeek, Qwen, and Doubao.

【Rich Sensor Modules】With 10+ electronic sensors, your builds can measure distances, actively avoid obstacles, track lines, and monitor the environment. These modules turn standard blocks into intelligent machines that instantly react to their surroundings.

【Learn Scratch & Python】Grow from beginner to advanced coder! Start with visual, drag-and-drop Scratch programming to build foundational logic without frustration. As skills improve, seamlessly transition to writing real Python code, preparing users for real-world software development.

【Powerful ESP32 Core Performance】Built around a high-performance ESP32 controller, DaDablock AI vision kit supports fast wireless connectivity, stable operation, and responsive processing from basic commands to complex logic tasks.

【Offline AI Vision & One-Click Learning】Unlock 8 offline AI vision modes with the included WonderLens AI vision module, including color/face recognition, line tracking, image classification and other vision interactions. Train this vision module via easy one-click machine learning with zero coding experience required.

【LEGO-Compatible Building System】Interfaces and dimensions match standard LEGO parts, allowing flexible expansion with brick components and seamless integration of electronics and mechanical structures.

【Scratch To Python Coding】Designed to grow with your child's skills. Beginners start with intuitive drag-and-drop Scratch programming, then transition seamlessly to text-based Python coding projects.

【18 Guided Builds & Endless DIY】Follow step-by-step visual guides to master 18 official models. Beyond these classics, easily combine with your existing building blocks to unleash endless DIY robotic creations!

【ESP32-Powered Performance】Built around a high-performance ESP32 controller, DaDablock supports fast wireless communication, stable operation, and responsive processing from basic commands to complex logic tasks.

【Scratch & Python Programming】Supports both block-based and code-based programming for different learning stages, from Scratch-based logic design to advanced algorithm development with Python.

【LEGO-Compatible Building System】Interfaces and dimensions match standard LEGO parts, allowing flexible expansion with brick components and seamless integration of electronics and mechanical structures.

【36+ Builds with Structured Tutorials】Includes over 36 creative build designs with step-by-step guides and structured tutorials, helping projects progress from basic construction to advanced applications.

【13+ Integrated Sensors】Built with over 13 sensors for distance measurement, tracking, and environmental perception, enabling accurate, intelligent interaction with the physical world.

【Powerful ESP32 Controller】This sensor kit is driven by high-performance ESP32 and MM32 dual-core processors for fast wireless connectivity and ultra-responsive control. Features a rechargeable battery with real-time battery display, neat I2C daisy-chain wiring, and versatile sensor expansion.

【Multimodal LLMs AI Vision & Voice Interaction】Comes with the WonderMind AI module, it integrates multimodal LLMs for real-time thinking, responsive voice control, and smart chat with expressive on-screen emotions.

【Clutter-Free I2C Sensor Kit】Encased in durable ABS, these sensors utilize an innovative I2C daisy-chain design to banish tangled wires. Easily achieve ultrasonic ranging, smart tracking, and environmental sensing, enabling your projects to interact dynamically with their surroundings.

【Endless DIY Expansions】This development sensor kit is seamlessly compatible with standard LEGO bricks. Build it and bring your building robots to life! Perfect for limitless expansion and endless DIY robotic creations!

【Dual-Programming & Tutorials】Discover the fun of coding with a detailed tutorial covering electronics, Scratch, and MicroPython. Paired with clear, colorful step-by-step guides, this development sensors kit makes programming simple, exciting, and accessible for any beginner.

【High Performance & Millisecond Response】Powered by a 72MHz processor and a dynamic compensation algorithm, it delivers up to a 250Hz update rate. Fast response ensures stable, reliable data output even during high-frequency motion.

【Broad Compatibility】Supports dual-mode I2C/Serial communication with driver-free Type-C plug-and-play. Compatible with mainstream MCUs and Linux, offering seamless integration with ROS 1 and ROS 2.

【Real-Time GUI Visualization】Includes dedicated host computer software (GUI) that visualizes raw data into real-time 3D attitude models and dynamic waveforms, enabling rapid debugging without a ROS controller.

【10-Axis Spatial Sensing】Integrates a 3-axis accelerometer, 3-axis gyroscope, 3-axis magnetometer, and high-precision barometer. Supporting altitude measurements from 2,400m to 2,500m, it is ideal for drones, self-balancing robots, and other versatile applications.

【Versatile Project Solutions】Comes with sample code for STM32, ESP32, Raspberry Pi, and Jetson. Includes ROS 1 & ROS 2 application demos and RViz visualization setups for out-of-the-box deployment.

【150° Adjustable Sensitivity】Equipped with a premium rotary potentiometer offering a 150° effective adjustment angle, ensuring precise and linear control over the detection distance.

【1mm–10cm Wide Detection Range】Features miniature, high-precision IR probes that deliver rapid response and strong anti-interference capabilities, perfectly adapting to diverse line-tracking scenarios.

【Versatile Communication Interfaces】Comes with multiple onboard communication ports, providing seamless compatibility with most mainstream controllers.

【Master Advanced Line Following】Effortlessly navigates complex routes with high stability, smoothly executing right-angle turns, cross-intersections, and acute-angle U-turns.

【Comprehensive Development Resources】Backed by detailed tutorials and full technical documentation to guide you step-by-step through the entire development process.

【Powerful Hardware】 Hiwonder Ackerman chassis is equipped with high-performance DC reduction motor, high-quality rubber tires, LD-1501MG high-torque digital servo and other components. The chassis adopts an all-metal aluminum alloy structure with anodized surface, which is beautiful and exquisite.

【Ackerman Steering Structure】 The Ackerman chassis adopts a forward Ackerman steering structure and the rear wheels travel with electronic differential, which can satisfy users' learning of Ackerman's special structure.

【Unlimited Expansion】 As a DIY kit, it's suitable for robot lovers. At the same time, it can expand electronic systems such as STM32 to achieve more creativity.

【Version Difference】 The standard version is a single layer Ackermann chassis; the advanced version is the double layer Ackermann chassis.