375 résultats trouvés pour "الروبوتات*»

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...

This STM32 Ball & Plate control system is a professional PID control learning platform designed for STEM education, control engineering, and robotics research. It demonstrates real closed-loop feedback control, allowing users to study PID tuning, system stability, oscillation, and response behavior in a true...

Robot GCC ESP32CAM AI Vision Camera Module delivers powerful performance for IoT, robotics, and STEM learning across GCC countries. Featuring ESP32 dual-core processing with WiFi and Bluetooth, it supports real-time image capture, video streaming, and AI vision applications such as facial recognition and object...

The UNO R3 Smart Home IoT Kit is a complete Arduino-based automation system designed for smart home simulation, IoT learning, and STEM education. Built around the Arduino UNO R3, it allows students to create intelligent systems using real-time sensor data and programmable control logic....

Robot GCC High-Grip Robot Wheels 65×27MM are designed for stable robotics performance and STEM learning across GCC countries, providing strong traction and smooth movement for 2WD robot cars and DIY smart robotics kits. The rubber-coated tires with deep tread patterns reduce slipping on tiles,...

The UNO R3 Environmental Monitoring Kit is a complete Arduino-based STEM platform for IoT data collection, environmental sensing, and automation control. Built on the Arduino UNO R3, it enables students to monitor real-world conditions and develop smart response systems. The kit includes DHT11 temperature...

This 43MM D-shaft rubber robot wheel is designed for Arduino UNO robot cars, smart robot chassis, and DIY robotics projects. The high-grip rubber tire with reinforced plastic hub provides stable traction, anti-slip performance, and smooth movement on indoor floors, tiles, and lab surfaces. The...

AI dual-board controller merges Arduino microcontroller functions with Jetson Nano GPU computing for real-time AI applications. The ROS 2 middleware coordinates communication between sensors and actuators through DDS, delivering fast and synchronized data transfer. LiDAR and IMU modules provide accurate navigation data, while OpenCV...

The IR Obstacle Avoidance Module detects nearby objects using infrared reflection. It’s compact, low-power, and perfect for smart robots, automatic doors, and obstacle-avoidance systems. The adjustable potentiometer fine-tunes sensitivity, making it ideal for classroom projects and DIY robotics. Compatible with Arduino and ESP32, it...

AI edge computing kit with Jetson Orin Nano Box delivers a powerful embedded AI learning platform for students, developers, and researchers in robotics and IoT. Powered by NVIDIA’s Ampere architecture, it supports CUDA acceleration, TensorRT optimization, and PyTorch frameworks for real-time inference on edge...

This STM32 linear inverted pendulum system is a professional control engineering platform designed for STEM education, robotics research, and mechatronics training. Built with a high-precision linear rail, encoder motor feedback, and angle sensor, it enables accurate closed-loop control for studying system stability, balance, and...

These high-grip rubber robot wheels provide stable traction and smooth movement for Arduino robot cars, smart robot chassis, and DIY robotics projects. The anti-slip rubber tire and durable plastic hub ensure balanced torque transfer, reliable rotation, and stable motion control for line follower robots,...

The HC-SR04 ultrasonic sensor provides high-precision distance measurement from 2 cm to 400 cm using 40 kHz ultrasonic detection. It delivers fast response, stable echo signals, and reliable object sensing, making it ideal for robot obstacle avoidance, smart robot cars, autonomous navigation, and robotics...

AI controller combines Arduino sensor interfaces with Jetson Nano GPU computing for real-time robot control and AI data processing. ROS 2 DDS middleware synchronizes LiDAR, IMU, and ultrasonic modules to create accurate SLAM maps and enable precise motion planning. OpenCV and TensorFlow execute object...

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...