MG996 Servo 360 Overview

1. Type: Continuous rotation servo motor.
2. Functionality:
   • Continuous Rotation: Unlike standard servos, which are limited to about 180 degrees of rotation, the MG996 Servo 360 is designed for continuous 360-degree rotation.
   • Speed Control: Instead of controlling position, it controls the speed and direction of rotation.
3. Specifications:
   • Operating Voltage: 4.8V to 7.2V.
   • Stall Torque:
     • 9.4 kg-cm (at 4.8V)
     • 11 kg-cm (at 6.0V)
   • Speed:
     • 0.17 sec/60° (at 4.8V)
     • 0.13 sec/60° (at 6.0V)
   • Dimensions: 40.7mm x 19.7mm x 42.9mm.
   • Weight: Approximately 55 grams.
   • Gears: Metal gear train for enhanced durability and strength.
4. Features:
   • Metal Gears: Provides increased strength and reliability, making it suitable for high-stress applications.
   • High Torque: Capable of delivering high torque, making it ideal for applications requiring significant force.
   • Durability: Robust design and materials ensure long-lasting performance.

Typical Uses:

• Robotics: Commonly used in mobile robots for driving wheels or other continuous motion tasks.
• RC Vehicles: Suitable for driving wheels in remote-controlled cars, boats, and other vehicles.
• Automation Projects: Used in various DIY and professional automation projects requiring continuous rotation motors.

Key Benefits:

• High Torque and Durability: Metal gears and high torque output make it suitable for demanding applications.
• Versatile Applications: Continuous rotation capability expands its use beyond traditional servo applications.
• Simple Control: Controlled using standard PWM (pulse-width modulation) signals, compatible with most microcontrollers and RC systems.

Example Applications:

• Mobile Robots: Used to drive wheels, providing forward, backward, and turning movements.
• Conveyor Systems: Drives conveyor belts in small-scale automation setups.
• Pan and Tilt Systems: Creates continuous rotation for panoramic camera systems.

How to Use:

1. Connect to Microcontroller: Connect the signal, power, and ground wires to the appropriate pins on your microcontroller or RC receiver.
   • Signal Wire (usually orange or white): Connects to the PWM output pin.
   • Power Wire (usually red): Connects to a voltage source (4.8V to 7.2V).
   • Ground Wire (usually black or brown): Connects to the ground of the power source and microcontroller.
2. Write Code: Use PWM signals to control the speed and direction of the servo.
   • Center Position (1500 microseconds): Stops the servo.
   • Lower Pulse Width (<1500 microseconds): Rotates in one direction (the smaller the pulse width, the faster the speed).
   • Higher Pulse Width (>1500 microseconds): Rotates in the opposite direction (the larger the pulse width, the faster the speed).
3. Test and Adjust: Test the servo's operation and adjust the PWM signals to achieve the desired speed and direction.