Specification:

Features:

🔁 180° Precision Angular Rotation

• Offers 0° to 180° rotation for precise movement control.

• Commonly used in robotic joints, camera mounts, and automated arms.

💪 High Torque Output

• Capable of delivering up to 10 kg·cm torque @ 6V, perfect for medium-duty lifting and steering.

⚙️ All-Metal Gear Mechanism

• Strong and wear-resistant metal gears ensure reliable performance under stress.

• Reduces gear stripping and backlash during frequent directional changes.

🔧 Dual Ball Bearings

• Provides smoother and quieter rotation, extends operational lifespan under mechanical load.

🧠 PWM-Based Control

• Controlled by standard PWM signal:

  • 1 ms pulse = 0°

  • 1.5 ms = 90°

  • 2 ms = 180°

• Compatible with common microcontroller libraries (like Servo.h in Arduino).

🔌 Standard 3-Pin Connector

• Compatible with standard servo headers:

  • Brown/Black – GND

  • Red – VCC

  • Orange/Yellow – PWM Signal

⚡ Wide Voltage Range

• Operates safely between 4.8V to 7.2V, allowing flexible powering through battery packs, regulators, or BEC modules.

🌍 Broad Compatibility

• Works with Pi, ESP32/ESP8266, STM32, AVR, PIC, ARM, and more.

Description:

The MG995 180° High-Speed Servo Motor is a standard-size, high-torque servo motor equipped with durable metal gears and dual ball bearings to ensure long-lasting performance and reliability. Designed for applications requiring precise angular motion within a 0–180° range, this servo motor is widely used in robotics, RC vehicles, robotic arms, and automation systems.

Known for its strength and precision, the MG995 servo can operate under demanding mechanical loads, making it suitable for intermediate to advanced projects. It is compatible with all major microcontroller platforms such as Arduino, Raspberry Pi, ESP32, and STM32, and responds to standard PWM signals, making it easy to integrate into any system.

Whether you're building a robotic joint, moving a camera mount, or automating a physical mechanism, the MG995 provides precise positioning, high torque output, and sturdy construction in a cost-effective package.