Description
The MG946R is a high-torque, metal-geared servo motor built for applications that demand precise and powerful shaft movement. Engineered with 6061-T6 aluminum gears and a dual ball-bearing system, it provides smooth operation, long-term durability, and high precision.
Its alloy casing ensures excellent heat dissipation, while the PWM control system allows accurate angular positioning. The MG946R is suitable for robotics, RC models, and automation projects, offering dependable performance for both hobbyist and professional use.
Key Features
- High Torque Output: 10.5 kg·cm at 4.8V and 13 kg·cm at 6V, ideal for demanding mechanical applications.
- Metal Gear Construction: Made with 6061-T6 aluminum gears for superior strength, reduced wear, and lightweight performance.
- Dual Ball Bearings: Provide smooth, stable operation and reduce vibration during movement.
- Alloy Case: Improves cooling efficiency and protects internal components from damage.
- Wide Voltage Range: Operates between 4.8V and 6.6V for flexibility in various control systems.
- PWM Control System: Ensures precise, responsive positioning.
- Accessory Set Included: Comes with mounting screws, grommets, and multiple servo arms for versatile installation.
- Reliable Build Quality: CE and RoHS certified for safety and performance assurance.
Specification
- Operating Voltage: 4.8V – 6.6V
- Torque: 10.5 kg·cm @ 4.8V / 13 kg·cm @ 6.0V
- Operating Speed: 0.20 s/60° @ 4.8V / 0.17 s/60° @ 6.0V
- Gear Type: Metal (6061-T6 Aluminum)
- Case Material: Alloy
- Bearing Type: Dual Ball Bearing
- Dead Band Width: 1 µs
- Cable Length: 32 cm
- Connector Type: Type S (Compatible with Futaba, JR, Hitec, etc.)
- Operating Temperature Range: 0°C – 55°C
- Weight: 55 g
- Dimensions
- Total Length: 42.7 mm
- Case Width: 40.9 mm
- Case Height: 37 mm
- Mounting Tab Width: 20 mm
- Total Length with Tabs: 54 mm
- Mounting Hole Spacing: 26.8 mm
Application
- Robotics: Ideal for robotic arms, legs, grippers, and mobile robot systems requiring strong torque and precise control.
- RC Models: Perfect for RC cars, planes, helicopters, and boats demanding accurate control surface movement.
- DIY & Automation Projects: Suitable for motorized mechanisms, servo-controlled actuators, and home automation systems.
- Educational Projects: Great for STEM and engineering applications that require hands-on motor control learning.
- Prototyping: Excellent for testing mechanical designs requiring controlled angular motion and force.