DS51150 150KG Metal Gear Digital Servo Motor – 180° High Torque

DS51150 150KG High Torque Metal Gear Digital Servo Motor – 180°

The DS51150 180° is an industrial-class digital servo combining maximum-class torque with pinpoint precision actuation. Delivering a staggering 150KG·cm of torque at 12.6V within a precise 180° operating angle, this servo is the definitive choice for giant-scale aircraft control surfaces, heavy industrial robotic joints, and extreme mechanical linkages where absolute power and controlled accuracy must coexist.

Key Features

• 150KG·cm Torque – Industrial-class holding and actuation power for giant-scale RC aircraft, heavy industrial robots, and extreme high-load mechanical linkages
• 180° Operating Angle – Precise, controlled range of motion for giant-scale ailerons, elevators, rudders, flaps, and heavy-duty robotic arm joints
• 12.6V High-Voltage Operation – Designed for high-voltage power systems delivering maximum torque and speed at the limits of servo technology
• Full Metal Gear Train – Heavy-duty precision-machined hardened metal gears built for continuous industrial-grade loads without deformation or failure
• Digital Signal Processing – Ultra-fast response, maximum resolution, and uncompromising holding torque beyond the capability of any analogue servo
• Arduino Compatible – Standard PWM interface works seamlessly with Arduino, flight controllers, and RC receivers
• Reinforced Dual Ball Bearings – Heavy-duty low-friction output shaft engineered for smooth, consistent actuation under sustained extreme industrial loads

Specifications

• Torque: 150KG·cm (12.6V)
• Operating Voltage: 6.0V – 12.6V
• Operating Angle: 180°
• Speed: 0.10 sec/60° (12.6V)
• Gear Material: Full Metal
• Connector: JR / Futaba compatible (universal 3-pin)
• Weight: ~130g

The DS51150 180° is built for engineers and builders who demand the absolute maximum torque with precise, controlled 180° travel — giant-scale fixed-wing aircraft, heavy industrial robotic arms, and extreme Arduino-powered mechanical systems where only 150KG·cm of precision actuation will do.