374 résultats trouvés pour "బొమ్మలు*»

Robot GCC Mecanum Wheel Smart Robot Car delivers a unique omni-directional robotics experience, allowing movement in all directions including lateral, diagonal, and 360° rotation. This makes it an ideal platform for learning advanced robotics motion systems beyond standard robot cars. Designed for STEM robotics...

Robot GCC STEM Coding Robot Cat is an interactive AI robotics kit designed for hands-on learning across GCC countries, combining coding, sensors, and real robot behavior in one compact platform. Supporting Scratch and Python programming, it allows beginners to start with visual coding and...

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...

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....

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...

Bionic robot kit for advanced STEM education integrates dual Arduino and ESP32 controllers to achieve smooth motion, real-time Wi-Fi control, and intelligent gait algorithms. With eighteen high-torque metal-gear servos, the robot performs realistic six-legged movements such as tripod and wave gaits, providing an authentic...

Robot GCC DIY Wooden Robot Car Kit is an entry-level robotics and programming platform designed for STEM learning in UAE and GCC markets. This hands-on robotics kit combines ultrasonic obstacle avoidance, Arduino-compatible coding, and mechanical assembly, making it ideal for robotics education, beginner programming,...

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...

This STM32 self-balancing robot car kit is a professional STEM robotics and control engineering platform designed for learning PID control, LQR balance algorithms, and motion control systems. Using high-precision encoder motors and tilt sensors, the robot achieves real-time two-wheel self-balancing through closed-loop feedback control....

Robot GCC Wi-Fi AI Robot Car Kit is a powerful robotics and programming platform designed for STEM learning in UAE and GCC markets. Built on the ESP32-CAM microcontroller, it integrates AI vision, IoT connectivity, real-time video streaming, and embedded control, making it ideal 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 thermal robot introduces students to infrared sensing and machine vision for STEM education and research. Thermal imaging module captures heat signatures and visualizes temperature maps in real time, allowing learners to study object detection, environment monitoring, and AI data classification. Python and TensorFlow...

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...

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...

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...