375 Ergebnisse gefunden für „రోబోలు*”

The 9g micro servo motor provides precise 180° motion control with stable PWM signal response, making it ideal for Arduino robotics, robot car steering, robotic arms, and DIY automation projects. Its compact design and responsive movement allow accurate angle positioning, smooth rotation, and reliable...

The UNO R3 Environmental Monitoring Kit is a complete Arduino-based STEM platform for IoT data collection, environmental sensing, and automation control. Built on the Arduino UNO R3, it enables students to monitor real-world conditions and develop smart response systems. The kit includes DHT11 temperature...

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...

This 4WD robot car chassis kit is a versatile STEM robotics platform designed for Python programming, Raspberry Pi robotics, and AI experimentation. Featuring high-torque DC motors, PWM speed control, and a stable chassis design, it provides reliable performance for robot motion control, autonomous navigation,...

The UNO R3 Advanced Sensor Learning Kit is an all-in-one Arduino-based platform for STEM education, IoT development, and automation training. Built around the Arduino UNO R3, it enables learners to create interactive systems using real-time data from multiple sensors and programmable control logic. This...

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...

AI dual-board controller merges Arduino microcontroller functions with Jetson Nano GPU computing for real-time AI applications. The ROS 2 middleware coordinates communication between sensors and actuators through DDS, delivering fast and synchronized data transfer. LiDAR and IMU modules provide accurate navigation data, while OpenCV...

This STM32 Ball & Plate control system is a professional PID control learning platform designed for STEM education, control engineering, and robotics research. It demonstrates real closed-loop feedback control, allowing users to study PID tuning, system stability, oscillation, and response behavior in a true...

The UNO R3 Smart Home IoT Kit is a complete Arduino-based automation system designed for smart home simulation, IoT learning, and STEM education. Built around the Arduino UNO R3, it allows students to create intelligent systems using real-time sensor data and programmable control logic....

The UNO R3 Smart Agriculture IoT Kit is a hands-on Arduino-based learning system designed for smart farming, environmental monitoring, and STEM education. Built around the Arduino UNO R3, it enables students to create real-world automation systems for irrigation, greenhouse control, and IoT data monitoring....

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...

The UNO R3 Starter Basic Toolkit is a beginner-friendly Arduino learning kit designed for electronics, coding, and STEM education. Centered on the Arduino UNO R3 (ATmega328P), it helps learners understand basic circuits, digital signals, and programming logic through hands-on experiments. The kit includes breadboard,...

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...

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,...

The HC-SR04 ultrasonic sensor provides high-precision distance measurement from 2 cm to 400 cm using 40 kHz ultrasonic detection. It delivers fast response, stable echo signals, and reliable object sensing, making it ideal for robot obstacle avoidance, smart robot cars, autonomous navigation, and robotics...