375 résultats trouvés pour "الروبوتات*»

Step into advanced robotics with this AI Vision Robot Car Kit, powered by the ESP32-CAM for real-time video streaming, object recognition, and autonomous navigation. Designed for STEM education and AI learning, it combines computer vision, IoT connectivity, and robotics control in one complete platform....

Product parameters: Programming software: Arduino IDE Voltage: 7.2~8.4V ESP32-S3-WROOM-1-N16R8 module and Renesas P7FA4M1AB3CFM#AA0 microcontroller are adopted. Built-in ESP32-S3 series SoC, Xtensa® dual-core 32-bit LX7 microprocessor 16MB Flash, 8MB PS RAM, 384kB ROM 36 GPIO ports On-board PCB antenna, support external antenna Support 802.11b/g/n standard...

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...

This Arduino programmable tank robot car kit is a versatile STEM robotics learning platform designed for robot programming, electronics education, and hands-on engineering projects. The 2WD crawler tank chassis provides stable movement and strong traction, making it ideal for exploring robot motion control, autonomous...

AI robot combines Mecanum wheel mobility and ROS 2 architecture to teach autonomous navigation and AI vision. Jetson Nano GPU computes object detection and path optimization using TensorFlow and OpenCV. LiDAR and IMU provide real-time SLAM mapping and stabilization, while ROS middleware synchronizes sensors...

AI robot uses thermal imaging sensor for temperature recognition and environment analysis in real time. AI vision integrates infrared camera and Jetson Nano GPU computing for object detection and heat mapping. ROS framework manages data exchange between IMU, LiDAR and thermal modules for autonomous...

This ESP32 smart robotics kit is a powerful programmable robot platform designed for STEM learning, robotics programming, and AI camera experiments. Powered by an ESP32 controller with integrated camera, the robot supports real-time image streaming to a smartphone via WiFi, enabling remote monitoring and...

Robot GCC 4WD Smart Robot Car Kit is a complete robotics and programming platform designed for STEM learning in UAE and GCC markets. This versatile robotics kit integrates ultrasonic obstacle avoidance, infrared line tracking, and Bluetooth control, making it ideal for robotics education, coding...

Robot GCC AI Vision ROS Robot Platform is a professional STEM robotics system designed for advanced learning across GCC countries, combining Jetson AI processing, ESP32 control, and ROS-based navigation into one integrated solution. It enables real-time computer vision, SLAM mapping, and autonomous navigation, allowing...

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...

This Arduino hexapod spider robot kit is an advanced 6-legged robotics platform designed for STEM learning, robotics programming, and AI motion control experiments. Featuring multi-servo coordination and PWM control, the robot enables realistic bionic walking, gait programming, and inverse kinematics exploration, making it ideal...

Robot GCC Avatar VR WiFi Video Smart Robot Tank is a powerful STEM robotics platform designed for immersive control and AI learning across GCC countries. Featuring dual HD cameras and WiFi video transmission, it enables real-time FPV monitoring and remote operation via iOS, Android...

The Advanced Smart Robot Car Kit is a complete Arduino-based STEM platform combining ultrasonic obstacle avoidance, infrared line tracking, and Bluetooth wireless control for hands-on robotics learning. Built on a 4WD acrylic chassis, it enables real-time autonomous navigation through sensor fusion and programmable control...

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...

This Arduino UNO self-balancing robot kit is an ideal STEM robotics learning platform for beginners exploring robot programming, electronics, and control systems. Using a gyroscope-based balancing system, the robot demonstrates real-time self-balancing with PID control, helping users understand core concepts in robot stability and...