375 résultats trouvés pour "robots*»

This Smart Robot Car Kit is a complete Arduino-based STEM platform combining line tracking, obstacle avoidance, and wireless control for hands-on robotics learning. Built on a 4WD chassis with high-torque DC motors, it delivers stable movement and precise control across different surfaces. The robot...

This 4WD Smart Robot Car Kit is a complete Arduino-based educational robotics platform designed to teach mechanical engineering, electronics, and programming through real hands-on experimentation. Built with a UNO R3 compatible ATmega328P microcontroller, it integrates ultrasonic obstacle avoidance and infrared line tracking, allowing learners...

This STM32 robot chassis is a professional AI robotics platform designed for ROS learning, autonomous driving, and advanced STEM robotics education. It supports multiple drive modes including Mecanum wheels, Ackermann steering, differential drive, and tracked systems, making it ideal for studying robot kinematics and...

Robot GCC DIY Wooden Robot Car Kit is an entry-level robotics and programming platform designed for STEM learning in UAE and GCC markets. This hands-on robotics kit combines ultrasonic obstacle avoidance, Arduino-compatible coding, and mechanical assembly, making it ideal for robotics education, beginner programming,...

Robot GCC Ackermann Steering Robot Car Chassis is a professional robotics platform designed to replicate real automotive steering using true Ackermann geometry, delivering accurate turning behavior for advanced robotics learning across GCC countries. Unlike standard robot cars, it enables realistic motion control, making it...

This ESP32 robot car kit combines WiFi camera streaming, solar power, and 4WD robotics into one advanced Arduino-compatible STEM platform. Equipped with an ESP32-CAM module, it enables real-time video transmission, remote monitoring, and mobile app control, allowing users to build intelligent AI vision and...

Robot GCC AI Vision Ackermann Robot Car Kit is a high-performance robotics and programming platform designed for STEM learning in UAE and GCC markets. Powered by ESP32-CAM + STM32 dual controllers, it combines AI vision, IoT connectivity, and precise motion control, making it ideal...

AI self-driving robot teaches students autonomous navigation through hands-on coding with Raspberry Pi and Python. Deep learning car uses camera vision to detect lane lines, process frames in real time, and make driving decisions via TensorFlow models. STEM education platform connects hardware and software...

AI thermal vision robot empowers students to explore infrared sensing, data analytics, and machine learning through hands-on STEM experiments. Raspberry Pi 4 board runs TensorFlow and Python to process thermal camera images and generate real-time heat maps. ESP32 controller collects temperature data, drives motors,...

This Arduino solar tracking robot kit is a hands-on STEM electronics and robotics learning platform designed to explore solar energy tracking, sensor control, and Arduino programming. The system uses photoresistor light sensors and servo motors to automatically detect and follow light, demonstrating how solar...

AI robotic arm learning platform combines the versatility of Arduino hardware control with ESP32’s wireless communication power, creating a professional-grade STEM education tool. Designed for real-time robotics learning, it helps students explore automation, kinematics, and AI integration through hands-on experimentation. The system supports six...

Discover autonomous robotics with this 4WD Arduino robot car kit, combining ultrasonic obstacle avoidance and infrared line tracking in one powerful STEM learning platform. Built on a four-wheel-drive chassis with high-torque DC motors, it delivers stable movement and precise navigation for real-world robotics experiments....

This 4WD robot car chassis kit is a versatile STEM robotics platform designed for Python programming, Raspberry Pi robotics, and AI experimentation. Featuring high-torque DC motors, PWM speed control, and a stable chassis design, it provides reliable performance for robot motion control, autonomous navigation,...

The ROS SLAM Corgi is a professional robotics learning and research platform designed for SLAM mapping, autonomous navigation, and AI vision development. Equipped with 360° LiDAR, IMU, ESP32 controller, and HD camera, it delivers real-time environment perception, localization, and intelligent motion control using ROS1/ROS2...

This Smart Robot Car Kit is a complete Arduino-based STEM robotics platform combining mechanical design, electronics, and coding into one hands-on learning system. Powered by an Arduino-compatible UNO controller and L298N motor driver, it features infrared line tracking sensors and an ultrasonic obstacle avoidance...