373 results found for “الدمى*”

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 XR Phage AI Hexapod Robot is a high-end ROS-based robotics platform powered by Jetson Nano, designed for AI vision, SLAM mapping, and autonomous navigation. Equipped with a depth camera, RPLiDAR, IMU, and HD vision system, it supports advanced functions such as face recognition,...

The AI robot learning platform integrates the ROS2 operating system with a high-performance Mecanum-wheel chassis to deliver a complete educational solution for autonomous navigation, AI vision and IoT experiments. Equipped with an ESP32 communication module and an Arduino-based motor controller, the system supports Wi-Fi...

AI ROS2 tracked robot redefines autonomous navigation and AI education through a complete hardware-software integration of Jetson Nano GPU computing and ROS 2 framework. AI robot combines LiDAR SLAM mapping, AI vision recognition, and dual-track mobility for stable movement across varied terrains. STEM students...

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...

Smart greenhouse platform combines IoT technology and AI-driven automation to teach students how modern agriculture uses data to control temperature, humidity, light, and irrigation. Sensor modules measure environmental parameters and transmit data to the Raspberry Pi controller for real-time analysis and decision-making. Python and...

AI plant monitoring system introduces students to intelligent agriculture and IoT automation through hands-on environmental experiments. Educational kit integrates sensors for soil moisture, light intensity, temperature, and humidity to collect real-time data. Arduino and ESP32 microcontrollers transmit readings wirelessly to a cloud dashboard for...

AI JetBot robot introduces students to autonomous navigation and computer vision through hands-on AI and robotics training. Built on the NVIDIA Jetson Nano platform, it executes TensorFlow and PyTorch models for real-time object detection and path planning. Python programming enables learners to train neural...

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 robotic hand learning kit combines precision mechanics with intelligent programming to provide a comprehensive STEM learning experience. The system integrates dual controllers (Arduino and ESP32) to achieve real-time motion control, vision tracking, and gesture imitation, making it a perfect bridge between theory and...

AI ROS 2 autonomous robot combines Jetson Nano GPU computing, LiDAR SLAM navigation and Mecanum wheel mobility to deliver a powerful learning and research platform for AI and robotics education. AI vision system captures real-time video and performs object detection using OpenCV and TensorFlow,...

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...

AI robotics control box combines Jetson Nano GPU computing with ROS 2 middleware to manage multiple robotic systems simultaneously. AI hub runs OpenCV and TensorFlow for image processing, machine learning and sensor fusion. LiDAR and IMU modules provide precise mapping and motion data for...

AI robot innovation defines a new standard for autonomous learning through an integrated mobile platform featuring Jetson Nano AI computing, SLAM mapping, and a 5-axis robotic arm. AI autonomous system combines AI vision, ROS control, and mechanical manipulation to deliver a complete STEM education...

AI mobile robot platform integrates ROS, SLAM, and AI vision to deliver a complete education and research solution for autonomous navigation and AI learning. AI robot combines Jetson Nano GPU processing and ESP32 real-time control to support SLAM mapping, path planning, and object recognition....