Description

The Plastic Servo Motor for Robotics and DIY Electronics Projects is a compact and lightweight motor designed for precise angular movement. It is popular in robotics, remote-controlled vehicles, and DIY electronics due to its reliability and low power consumption.

This servo motor operates on a 5V power supply and rotates smoothly within a 0-180° range. It has three control wires: power (red), ground (black or brown), and signal (yellow or orange). Users can easily connect it to microcontrollers like Arduino, Raspberry Pi, and ESP8266.

Students, hobbyists, and engineers use this micro servo motor for automation, robotic arms, and model airplanes. Its durable plastic gears ensure long-lasting performance. Its lightweight design makes it perfect for small robotic projects. Whether you are designing a robotic gripper, an RC airplane, or a motion-controlled project, the plastic servo motor offers precise control and stability.

The Plastic Servo Motor for Robotics and DIY Electronics Projects is commonly used in school science projects and engineering prototypes. It is an essential component in automation, where precise movement control is required. The motor operates using PWM (Pulse Width Modulation) signals, allowing fine adjustments in rotation. Due to its affordability and ease of use, it is widely preferred in educational kits and STEM learning programs.

When used in RC models, this servo enables smooth steering and motion control. Its small size allows it to fit in compact spaces while still providing high torque. Beginners can integrate it into Arduino-based projects to learn about motor control and automation. Its plug-and-play design ensures quick setup, even for those new to electronics.

Features:

• Small and lightweight (9g)
• 0-180° rotation range
• Works on 5V with PWM control
• Compatible with Arduino, Raspberry Pi, and other microcontrollers
• High torque with smooth movement
• Durable plastic gear mechanism for long-lasting use
• Low power consumption, making it ideal for battery-operated projects

Applications:

• Robotics projects
• DIY automation systems
• Remote-controlled vehicles
• Robotic arms and grippers
• Model airplanes and drones
• STEM education kits and science fair projects
• Motion-controlled mechanisms
• Servo-powered mechanical structures