375 results found for “robots*”

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...

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...

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...

Step up from basic projects with the UNO R3 Intermediate Sensor Expansion Kit, a complete Arduino-based learning platform for sensor control, automation, and IoT simulation. Powered by the Arduino UNO R3, it enables hands-on experiments using real-world environmental data and programmable logic. The kit...

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...

The ESP32-CAM development board combines WiFi + Bluetooth connectivity with an OV2640 camera, delivering a compact solution for Arduino IoT projects, AI vision systems, and robotics applications. Powered by a dual-core ESP32 processor, it enables real-time image capture, wireless video streaming, and low-power operation...

The 37-in-1 sensor learning kit is a complete Arduino-compatible platform for IoT, robotics, and STEM education. It includes 37 commonly used sensor modules such as light, temperature, sound, motion, flame, magnetic, and vibration sensors, allowing learners to explore real-world data collection and automation. Designed...

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...

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,...

This 4DOF robotic arm kit is a programmable mechanical robot manipulator designed for Arduino robotics projects, STEM education, and engineering training. Built with a durable acrylic frame and high-torque servo motors, it supports multi-axis motion including base rotation, arm lifting, extension movement, and gripper...

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 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...

The Line Tracking Sensor Module detects black or white lines using infrared reflection, ideal for robotic line-following projects. With dual-channel detection and stable 5V operation, it provides reliable navigation signals for Arduino-based smart cars. It’s easy to connect and demonstrates sensor feedback, automation loops,...

This 18650 button top rechargeable Li-ion batteries, each rated at 2600mAh with a nominal voltage of 3.7V, providing a total combined capacity of 10,400mAh. These button top 18650 lithium ion batteries are specifically designed for devices that require a raised positive terminal, ensuring proper...