-11%

Servo MG996R 13KG 180 degree high quality

Servo MG996R 13KG 180 degree high quality - Image 2

Servo MG996R 13KG 180 degree high quality - Image 3

Servo MG996R 13KG 180 degree high quality

Name: Servo MG996R 13KG 180 degree high quality
SKU: 85
Availability: InStock

Original price was: ₵95.00.Current price is: ₵85.00.

The MG996R is a high-torque metal gear servo featuring precise 180° positioning, up to 13 kg·cm stall torque, and robust construction. Ideal for robotic arms, steering mechanisms, and automation tasks requiring precision and strength.

100 in stock

SKU: 85 Categories: Actuators, Electromechanical

Description
Reviews (0)

Bring power and precision to your control systems with the MG996R Servo Motor, a trusted choice for hobbyists and professionals alike. This standard analog servo offers reliable 0°–180° rotational control (unlimited continuous motion requires modification). Its durable metal gears, dual ball bearings, and high torque output make it suitable for tasks under significant load. Whether you’re building a robotic arm, steering an RC vehicle, or controlling mechanical linkages, the MG996R delivers performance, durability, and value.

Technical Specifications

Feature	Specification
Rotation Range	0°–180° standard operation
Stall Torque	9.4 kg·cm @ 4.8 V; 11 kg·cm @ 6 V; up to 13 kg·cm @ 7.2 V
Speed (No Load)	~0.17 s/60° @ 4.8 V; ~0.13 s/60° @ 6 V
Operating Voltage	4.8 V – 7.2 V (typical use at 5 V)
Gear Type	Full metal (aluminum/copper or alloy), dual ball bearings for smooth operation
Control Interface	PWM signal (typical pulses: 1000 µs = 0°, 1500 µs = 90°, 2000 µs = 180°)
Dimensions & Weight	40.7 × 19.7 × 42.9 mm; ~55 g
Deadband Width	≤ 5 µs typical
Operating Temperature	0 °C – 55 °C

What’s in the Box

1 × MG996R 180° Servo Motor
Assorted servo horns, mounting screws, and installation hardware included

Key Features & Benefits

High torque and smooth motion powered by metal gears and dual bearings
Precise 180° angular control—perfect for positioning and feedback applications
Durable and robust—ideal for high-load environments (e.g., robotics, RC, automation)
Widely compatible with standard PWM controllers and microcontroller platforms like Arduino and Raspberry Pi
Compact and lightweight, offering easy integration into mechanical systems