128 résultats trouvés pour "robots*»

Arduino UNO STEM Starter Kit is the ideal educational platform for learning electronics, programming, and IoT integration. Featuring the ATmega328P microcontroller, the UNO board serves as the foundation for hundreds of engineering and robotics projects. Its plug-and-play structure helps beginners and professionals prototype circuits...

AI core learning controller kit is a comprehensive development platform that combines Arduino and ESP32 to deliver high-performance control for AI, IoT and robotics applications. It teaches students how embedded systems communicate, process data, and interact with the physical world. Through its dual-processor architecture,...

The Raspberry Pi Super Starter Kit is a comprehensive STEM education platform that empowers learners to explore electronics, coding, and automation through hands-on experiments. It includes over 50 components — sensors, motors, LEDs, display modules, and interface boards — to help users build real-world...

The ZYC0024 Photodiode Line-Tracking Smart Car Kit provides a powerful introduction to robotics and programming through tangible, hands-on experimentation. Designed specifically for K12 STEM curricula, this kit transforms abstract coding principles into interactive learning experiences. The robot’s mechanical system features a symmetrical dual-wheel drive...

OpenCV AI Vision Kit for Raspberry Pi introduces students to the fundamentals of computer vision, image processing, and artificial intelligence. The educational platform integrates a high-resolution camera with OpenCV and TensorFlow support, allowing learners to develop real-world AI applications such as face detection, color...

Dual-Servo Smart Mechanical Platform is a hands-on educational robotics kit designed to teach motion control principles, servo synchronization, and automation engineering. It features two high-torque digital servo motors for precise angular positioning, supported by an Arduino-compatible controller and ESP32 wireless module for IoT and...

IoT gateway platform bridges edge devices and cloud intelligence through a 4G network module and Raspberry Pi controller. Designed for AI and IoT education, it teaches students how real-time data flows from sensors to servers for automation and analysis. Integrated 4G LTE communication ensures...

Raspberry Pi 4 Model B 4GB kit delivers a powerful mini-computer experience for AI, IoT and STEM education. Equipped with a 64-bit quad-core processor, dual HDMI outputs, and USB 3.0 ports, this platform serves as an ideal gateway for learning programming, robotics, and embedded...

This Smart Ultrasonic Obstacle-Avoidance Robot Car Kit is an advanced yet beginner-friendly robotics platform that helps students explore the core principles of autonomous motion, sensor integration, and coding logic. Designed for schools, universities, and makerspaces, it provides a perfect foundation for learning electronics, programming,...

This DIY wooden obstacle avoidance robot car kit is an ideal hands-on STEM learning tool that combines mechanical structure, electronics, and coding into a single interactive project. Designed with a lightweight laser-cut wooden chassis, the robot features two precision DC gear motors for smooth...

This advanced educational robot platform combines ROS 1, AI vision, and a Mecanum-wheel omni-drive system to create a complete solution for teaching robotics, navigation, and artificial intelligence. Designed for universities and research institutions, it allows students to explore every layer of robotic intelligence —from...

AI ROS 2 Mecanum Wheel Robot offers a complete autonomous learning system integrating Jetson Nano GPU computing with ROS 2 and MoveIt! motion planning for real-time AI navigation. AI vision robot uses HD camera and TensorFlow for object recognition, while LiDAR and IMU sensors...

This Smart Bluetooth-Controlled Line-Tracking and Obstacle-Avoidance Robot Car Kit offers a comprehensive robotics learning experience that integrates motion control, environmental sensing, and wireless communication. Built for classrooms, STEM labs, and makerspaces, it allows students to understand how sensors, actuators, and algorithms interact in autonomous...