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Feetech

Feetech FR5311M Digital Servo – Standard & Continuous Rotation, 13.8kg·cm Metal Gear High-Torque Servo for Robotics and RC Applications

Feetech FR5311M Digital Servo – Standard & Continuous Rotation, 13.8kg·cm Metal Gear High-Torque Servo for Robotics and RC Applications

Regular price $25.99 USD
Regular price Sale price $25.99 USD
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Description

The Feetech FR5311M Digital Servo is a versatile high-performance servo designed for microrobots, RC vehicles, robotic arms, and automation projects. It features two operating modes — standard servo mode and continuous rotation mode — providing flexibility for both positional control and 360° rotation applications.

Built with durable metal gears, the FR5311M offers high torque, fast response, and stable operation over a wide voltage range (4.8V–8.4V). Its compact structure and reliable precision make it ideal for engineers, hobbyists, and educators working with robotics and embedded control systems.


Key Features

• Dual operation modes: standard servo or continuous rotation
• High torque metal gear construction for durability
• Wide operating voltage (4.8V–8.4V) for flexible use
• Fast response and smooth rotation with precise control
• Ideal for microrobots, robotic arms, RC vehicles, and automation projects
• Comes with multiple servo horns for versatile installation


What’s Included

• 1 × FR5311M Digital Servo
• 1 × Servo arm set (multi-type horns and mounting accessories)


Specifications

Parameter Value
Operating Voltage 4.8V – 8.4V
Speed (4.8V) 0.15 sec/60°
Speed (6V) 0.13 sec/60°
Speed (7.4V) 0.11 sec/60°
Torque (4.8V) 10 kg·cm / 140.5 oz·in
Torque (6V) 12.5 kg·cm / 173.9 oz·in
Torque (7.4V) 13.8 kg·cm / 191.97 oz·in
Dead Band Width 2 µs
Wire Length 30 cm
Gear Type Metal Gear
Control Modes Standard / Continuous Rotation
Dimensions 40.8 × 20.1 × 38 mm
Weight Approx. 49.5 g

Applications

• Educational and competition robots
• RC cars, boats, and aircraft
• Robotic arms and mechanical joints
• DIY automation projects
• Pan/tilt systems and sensor actuation