92 résultats trouvés pour "الروبوتات*»

This Smart Robot Car Kit is a comprehensive learning platform that combines mechanics, electronics, and programming into one hands-on educational system. It is designed for students, teachers, and hobbyists who want to explore the principles of robotics, automation, and intelligent control through interactive experimentation....

The AI Vision Mecanum Wheel Robotic Arm Car Kit merges artificial intelligence, mechanics, and IoT control into one versatile learning platform. Powered by the ESP32-CAM microcontroller, it integrates Wi-Fi connectivity and image recognition while supporting programmable motion and AI decision-making. The vehicle’s four mecanum...

This 4WD Smart Robot Car Kit is a versatile and educational robotics platform designed for students, makers, and educators seeking a complete hands-on experience in STEM learning, robotics programming, and automation. It combines ultrasonic obstacle avoidance, infrared line tracking, and Bluetooth remote control into...

Smart Wi-Fi Control System Operate the robot directly through a browser or mobile app without external modules. Supports walking, turning, dancing, and gesture actions with low-latency control. Record and replay custom movement sequences for creative coding practice—ideal for STEM lessons and contestsFull Metal-Gear Servo...

The 2-Wheel Ultrasonic Obstacle Avoidance Smart Car Kit is an educational Arduino-based robotics platform designed for STEM learners and beginners. It combines a dual-motor drive system with ultrasonic and infrared sensors to teach automation principles through hands-on assembly and coding. Students can experiment with...

AI smart light robot merges Jetson Nano GPU processing, ROS 2 coordination, and Arduino sensor control to analyze illumination and color patterns in real time. OpenCV and TensorFlow execute light tracking, color segmentation, and brightness mapping to simulate visual perception in robotics. ROS 2...

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...

The compact ROS-based learning platform is a fully functional educational robot designed for beginners and advanced learners exploring robotics, AI vision, and autonomous navigation. It uses a dual-controller structure combining Arduino for motion control and ESP32 for wireless communication, allowing smooth performance and real-time...

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...

AI robot integrates a high-precision infrared temperature sensor with Jetson Nano GPU computing and ROS 2 control architecture. AI vision processes infrared and visible images simultaneously using OpenCV and TensorFlow frameworks for real-time object and heat detection. ROS 2 middleware handles distributed data exchange...

This smart obstacle avoidance and line tracking robot car kit offers an immersive learning experience that combines mechanical design, electronics, and coding in one complete STEM platform. Equipped with an Arduino-compatible UNO control board and an L298N motor driver, the car allows students and...

AI ROS2 autonomous car platform combines Jetson Nano GPU computing and ESP32 motor control to deliver real-time AI vision and SLAM navigation. AI robot integrates LiDAR, IMU, camera vision and encoder feedback to teach students autonomous navigation, mapping and AI decision logic inside ROS...

The Smart Ultrasonic Obstacle-Avoidance and Line-Tracking Robot Car Kit is a highly versatile educational robotics platform designed to teach students the core principles of autonomous navigation, motion control, and coding logic through hands-on experimentation. Built on a durable four-wheel-drive acrylic chassis, the system integrates...

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 integrates Jetson Nano GPU computing with ROS 2 middleware for autonomous mobility and AI vision. AI camera captures real-time video for object tracking while TensorFlow and OpenCV perform image classification and motion analysis. ROS 2 coordinates LiDAR, IMU and motor modules through...