MG995 360° High Torque Servo Motor

The MG995 360° High Torque Servo Motor is a heavy-duty servo solution designed for projects that require continuous rotational movement and strong mechanical output. It features a metal gear transmission, providing a robust drive mechanism for robotics, automation, RC applications, and other mechanical systems.

Unlike a conventional positional servo, this 360° version is designed for continuous rotation. The motor can rotate continuously rather than stopping at a fixed angular position, making it particularly useful for applications such as robotic wheels, rotating mechanisms, automated platforms, and small drive systems.

The MG995 can be controlled using a standard servo-style PWM control signal from compatible microcontrollers and servo controllers. This makes it convenient for integration with Arduino, ESP32, and similar development platforms. The controller can be programmed to control the motor's rotation direction and speed according to the requirements of the project.

Its metal gear construction makes the servo suitable for applications where greater mechanical durability is preferred over lightweight plastic gearing. The motor can be mounted into custom mechanical structures using appropriate brackets, screws, linkages, wheels, or other compatible accessories.

Features

• MG995 high-torque servo motor design.
• 360° continuous rotation capability.
• Durable metal gear mechanism.
• Suitable for continuous rotational applications.
• Controlled using a PWM servo signal.
• Useful for robotics and automation projects.
• Suitable for RC vehicles and mechanical systems.
• Compatible with Arduino and other servo-capable controllers.
• Can be used with ESP32 and similar microcontroller platforms.
• Suitable for DIY electronics and custom mechanical projects.

Applications

• Robot wheels and drive systems.
• Robotic vehicles.
• RC cars and other RC projects.
• Rotating platforms.
• Conveyor-style mechanisms.
• Robotic arms and mechanical systems.
• Automated doors and mechanisms.
• Pan and rotation mechanisms.
• DIY robotics projects.
• Arduino and ESP32 projects.
• Educational and hobby electronics.
• Custom automation systems.

How to Use

1. Connect the servo's power, ground, and signal wires to a suitable servo controller or microcontroller setup.
2. Provide the servo with an appropriate external power supply capable of handling its current demand.
3. Connect the signal wire to a compatible PWM-capable control output.
4. Use a suitable servo library or PWM control method to generate the required control signal.
5. Program the controller to adjust the servo's rotation direction and speed.
6. Attach a suitable wheel, gear, hub, arm, or other mechanical component to the servo output shaft.
7. Secure the servo firmly to the mechanical structure before operating it under load.

Important Notes

• The 360° version is intended for continuous rotation, so it should not be treated like a conventional positional servo.
• Actual torque, speed, current consumption, and operating performance can vary depending on supply voltage, load, mechanical setup, and individual motor characteristics.
• Use an adequate external power supply rather than relying directly on a microcontroller's power output.
• Make sure the power supply can handle the servo's startup and load-related current requirements.
• Avoid continuously operating the servo at excessive mechanical load.
• Excessive load can cause increased current consumption and motor or gearbox heating.
• Ensure the mechanical load is properly balanced and securely mounted.
• Do not force the output shaft manually while the servo is powered.
• Product specifications and appearance may vary slightly between manufacturing batches.
• Product images are for illustrative purposes and may differ from the actual product.

Package Includes

• 1 × MG995 360° High Torque Servo Motor