AI smart robot car powered by micro:bit, with an integrated AI vision module and HD camera for handson learning, AI experiments, and robotics projects. Key benefits Teaches AI and programming through practical projects: combines micro:bit control with onboard vision capabilities to make abstract concepts tangible. Simplifies AI setup and training: the vision module includes builtin learning algorithms and oneclick training for projects like waste sorting and tag tracking. Flexible control and easy programming: supports Android and iOS app control, handheld remote control, and blockbased MakeCode programming for quick entry and gradual skill growth. Compact, featurerich hardware: multiple sensors and lighting provide realworld sensing and feedback for robotics tasks and classroom activities. Main features AI vision module with integrated HD camera: enables color recognition, vision line following, target tracking, and other computer vision tasks without complex setup. precision 4channel knob line follower: accurate line detection for maze navigation and linefollowing challenges. Ultrasonic distance sensor with LED indicator: provides distance sensing for obstacle detection and avoidance. Infrared receiver: supports remotecontrol commands and simple IRbased interactions. RGB lights and additional electronic components: visual feedback and signaling for status, debugging, and student projects. Compatible with micro:bit for control and programming; supports MakeCode draganddrop blocks for easy learning. What makes it stand out Integrated AI vision and oneclick training reduce the time and complexity required to run vision projects. Multiple onboard sensors create a versatile platform for experimenting with perception, navigation, and interaction. Multiple control options accommodate different teaching environments and user preferences, from smartphone apps to physical remotes and codebased control. Use scenarios Classroom STEM lessons: introduce students to AI concepts by building and training vision tasks such as color sorting or tag identification, then program behaviors using MakeCode. Robotics competitions and challenges: use the precision line follower and vision module to compete in linefollowing, object detection, or tracking events. Prototype and demo projects: develop small automation demos like automated sorting stations or interactive robots that follow or track targets. Compatibility and programming Designed for use with micro:bit as the main controller. Supports MakeCode blockbased programming for Windows, macOS, and Chromebook environments and for learners who prefer visual programming. Can be controlled via Android and iOS apps and by a handheld remote for direct operation without coding. Performance and build Compact platform integrating multiple sensors and lighting to support a wide range of robotics and AI vision tasks. Hardware arrangement supports both immediate demos and progressive learning, from prebuilt behaviors to custom programmed projects. Contents and intended audience Suitable for educators, hobbyists, and students looking to learn microcontroller programming, robotics, and applied AI vision. Ideal for guided classroom exercises, individual learning, and rapid prototyping of visionbased robotic functions. This AI robot car provides a practical, multisensor platform that combines micro:bit programming with onboard AI vision and easy training to accelerate learning and project development.