375 results found for “الروبوتات*”

This Arduino programmable spider robot kit is a powerful quadruped robotics platform designed for STEM learning, robotics education, and Arduino programming projects. Powered by an ESP8266 WiFi module, the robot supports wireless control through a browser or mobile app, making it ideal for exploring...

AI robotics controller combines Arduino sensor expansion, Jetson Nano GPU computing and ROS 2 middleware for real-time data processing and AI visualization. Integrated OLED screen displays temperature, motion and navigation parameters live. AI vision uses OpenCV and TensorFlow for object recognition while ROS 2...

Robot GCC Mecanum Smart Robot Car Kit (Bunny Design) is a fun yet powerful robotics and programming platform designed for STEM learning in UAE and GCC markets. Powered by the Raspberry Pi Pico controller, this innovative robotics kit combines AI-style obstacle avoidance, omnidirectional movement,...

This compact AI vision + robotics + IoT platform combines ESP32-CAM WiFi streaming, Mecanum 4WD motion, and multi-sensor control into one advanced STEM learning system. Learners can drive the robot via browser or mobile app while logging ultrasonic distance, line tracking data, and speed,...

This Smart 4WD Robot Car Kit is a complete Arduino-based STEM platform designed for autonomous navigation, robotics learning, and embedded programming. Built on a durable acrylic chassis with dual DC motors, it delivers stable movement and precise control for hands-on experiments. The robot integrates...

This Smart Robot Car Kit combines ultrasonic obstacle avoidance and infrared line tracking into a powerful Arduino-based STEM robotics platform. Built on a 4WD acrylic chassis with high-torque motors, it delivers smooth motion and intelligent navigation for hands-on learning in robotics, automation, and coding....

Robot GCC AI Smart Light Robot is an advanced robotics platform designed for AI and STEM learning across GCC countries, integrating Jetson Nano processing, ROS 2 control, and Arduino-based sensors to analyze light, color, and brightness in real time. Using OpenCV and TensorFlow, it...

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...

This advanced AI Vision Robot Arm Car Kit combines ESP32-CAM computer vision, Mecanum 4WD motion, and a 6DOF robotic arm into one powerful STEM robotics and IoT platform. With WiFi connectivity and real-time video streaming, it enables object recognition, color tracking, and face detection,...

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...

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...

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...

Robot GCC Standard Humanoid Robot is a professional AI robotics platform designed for exhibitions, commercial display, brand reception, and advanced robotics development across GCC countries. Featuring a hyper-realistic silicone exterior and multi-joint humanoid structure, it delivers lifelike appearance, expressive facial movement, and natural human-like...

The autonomous robot learning platform is built around the Ackermann-steering concept, reproducing the kinematics of real self-driving vehicles. Using the ROS 2 ecosystem, it provides an open-source educational environment that bridges mechanical control, sensor fusion, and AI decision making. Students and researchers can explore...

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...