MG996R Metal Gear High Torque Digital Servo Motor
= High-Speed 180° Rotation Servo for RC Cars, Helicopters, and Arduino Robotics =
The MG996R is a hightorque digital servo motor featuring an allmetal gear train that delivers exceptional durability and precision. With a rotation angle of 180°, this servo is ideal for robotics, RC cars, boats, helicopters, and robot arms.
Powerful 11kg/cm Torque - Delivers high torque at 6V for demanding applications
AllMetal Gear Construction Aluminum 6061T6 metal gears for shockproof durability
Operating voltage is 4.8V to 7.2V with recommended 6V supply
Use a separate external power supply capable of 2.5A stall current
Do not power directly from Arduino 5V pin—this servo draws high current
= Technical Specifications =
| Parameter | Value |
|---|
| Stall Torque | 9.4kg/cm (4.8V) / 11kg/cm (6V) |
| Operating Speed | 0.17s/60° (4.8V) / 0.13s/60° (6V) |
| Rotation Angle | 180° |
| Operating Voltage | 4.8V to 7.2V |
| Weight | 55g |
| Dimensions | 40.7 x 19.7 x 42.9mm |
| Gear Type | All Metal Gears |
| Dead Band Width | 5µs |
Key Features
High Torque Output - 11kg/cm stall torque handles heavy loads
AllMetal Gear Train Shockproof design for longterm reliability
Double Ball Bearing - Smooth, stable rotation
Digital PWM Control - Precise positioning and centering
Standard Connector - Compatible with Futaba, JR, Hitec, and Spektrum receivers
Applications
- RC cars, trucks, boats, and helicopters
- Arduino and Raspberry Pi robotics projects
- Robot arms and grippers
- Camera gimbals and pan-tilt mechanisms
- 3D printer and CNC machine control
- Industrial prototyping and automation
ProfessionalGrade Performance Upgraded from MG995 with improved accuracy
Wide Compatibility - Works with standard servo libraries and receivers
√ Includes servo arms and mounting screws
√ 300mm high-duty wire assembly
√ Plugandplay with standard RC receivers
= Power Requirements =
The MG996R requires substantial power:
- Running current: 500mA to 900mA at 6V
- Stall current: 2.5A at 6V
- Use a separate external power supply for stable operation
For Arduino projects, use a 5V 3A external adapter or battery pack
Add a capacitor (100µF or larger) near the servo to smooth power delivery
Insufficient power may cause servo twitching, stalling, or Arduino resets
= Troubleshooting =
Servo not moving:
- Check power supply provides at least 2.5A peak current
- Verify PWM signal connection (usually yellow/white wire)
- Avoid using Arduino 5V pin for power
Jittery or erratic movement:
- Add a large capacitor to the power supply lines
- Ensure stable voltage supply
- Check for loose wiring connections
Overheating or stalling:
- Reduce mechanical load on the servo
- Verify operating voltage does not exceed 7.2V
- Allow cooling between heavy usage cycles
