375 résultats trouvés pour "రోబోలు*»

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...

Robot GCC Tracked Robot Tank Chassis is a heavy-duty all-metal robotics platform designed for advanced STEM learning and robotics development across GCC countries. Featuring a dual-layer structure with suspension shock absorption, this tracked robot chassis delivers superior stability, traction, and terrain adaptability compared to...

This Photodiode Line Tracking Smart Robot Car Kit is a focused STEM educational robotics platform designed to introduce students to sensor-based control systems, embedded programming, and autonomous motion logic through hands-on experimentation. Built for K12 STEM curricula, it transforms abstract concepts like signal processing,...

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...

The L298N Motor Driver Module allows efficient control of two DC motors or one stepper motor using low-voltage microcontrollers. Compatible with Arduino, Raspberry Pi, and ESP32, it supports bidirectional control and PWM speed adjustment. Widely used in robotics, line-tracking cars, and automation experiments, it...

This Arduino-compatible 6-servo robotic arm kit is a complete STEM robotics learning platform designed for programming, electronics, and automation projects. Built around an ATMEGA328P control board, it is fully compatible with the Arduino IDE, allowing users to learn microcontroller programming, PWM servo control, sensor...

STEM education robot kit integrates interactive hardware learning with block-based and Python programming to provide students with a complete introduction to microcontroller development. The MiBit smart coding platform uses a powerful processor and rich peripheral interfaces that support LEDs, sensors, servos, and motors for...

Robot GCC Ackermann Steering Robot Car Chassis is a professional robotics platform designed to replicate real automotive steering using true Ackermann geometry, delivering accurate turning behavior for advanced robotics learning across GCC countries. Unlike standard robot cars, it enables realistic motion control, making it...

Robot GCC UNO R3 Development Board delivers reliable Arduino-based performance with ATmega328P and 16U2 USB chip, ensuring stable communication, fast data transfer, and full Arduino IDE compatibility. Designed for STEM learning and robotics projects across GCC countries, it supports sensors, motors, and modules with...

This 3.7V rechargeable Li-ion battery pack delivers true 1200mAh capacity with stable output, designed for robotics, Arduino projects, ESP32 systems, IoT devices, and STEM education. Each cell is tested for capacity and consistency, ensuring reliable performance for motors, sensors, LEDs, and embedded electronics. With...

This Arduino UNO differential drive robot car kit is a foundational STEM robotics platform designed for learning robot motion control, kinematics, and autonomous navigation. By independently controlling left and right wheels, users can explore forward motion, turning, rotation, and trajectory planning used in real...

This Arduino MEGA328P robot car kit is a complete STEM robotics learning platform designed for embedded programming, Arduino coding, and hands-on robotics education. Fully compatible with the Arduino IDE, it allows users to write, upload, and debug real code while learning PWM motor control,...

The ESP32-S3-PLUS is a powerful development board designed with the same form factor as the Arduino UNO R3/R4, making it easy to integrate with existing shields and accessories. It is built around the ESP32-S3-WROOM-1-N16R8 module, which includes 16MB of Flash memory and 8MB of...

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 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...