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FeeTech

FEETECH FT2331M 4.5KG Coreless Metal Gear 240° Micro Digital Servo for Robotic Arm RC Model

FEETECH FT2331M 4.5KG Coreless Metal Gear 240° Micro Digital Servo for Robotic Arm RC Model

Regular price $36.65 USD
Regular price Sale price $36.65 USD
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Product Overview

The FT2331M is a compact high-precision micro digital servo developed for robotic joints, RC models, lightweight robotic arms, and automation mechanisms. It features a CNC aluminum alloy housing, coreless motor, metal gear train, and wide-angle 240° rotation support. With fast response speed and stable torque output, it is suitable for projects requiring compact size and accurate motion control.


Key Features

  • CNC full aluminum alloy case for improved rigidity and heat dissipation
  • Coreless motor design for faster response and higher efficiency
  • Metal gear transmission for enhanced durability and wear resistance
  • Supports 240° wide-angle rotation
  • Compact lightweight structure for robots and RC applications
  • Digital PWM control with stable positioning performance
  • Suitable for robotic arms, humanoid robots, RC aircraft, and DIY automation projects

Technical Specifications

Item Specification
Model FT2331M
Dimensions 23 × 12 × 27.5 mm
Weight 21 ± 1 g
Operating Voltage 3V – 8.4V
Operating Temperature -20°C ~ 60°C
Static Current 6 mA @ 6V
No-load Current 150 mA @ 6V
Stall Current 1200 mA @ 6V
Stall Torque 4.5 kg·cm @ 6V
Rated Torque 1.5 kg·cm @ 6V
No-load Speed 0.09 sec/60° @ 6V
Rotation Angle 240° (500–2500 μsec)
Sensor Type Potentiometer
Control Signal PWM
Output Shaft 25T / 4.95 mm
Gear Backlash ≤ 0.5°
Reduction Ratio 1/205
Kt Constant 3.5 kg·cm/A

Wire Definition

Wire Color Function
Orange Signal
Red Power Positive
Brown Ground

Package Includes

  • 1 × FT2331M Digital Servo
  • 1 × Metal Servo Horn
  • 3 × Plastic Servo Horns
  • Mounting Screws Set

Recommended Applications

  • Mini robotic arms
  • Humanoid robot joints
  • RC airplanes and helicopters
  • Educational robotics projects
  • Lightweight automation mechanisms
  • DIY motion control systems
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