Hiwonder LX-224 Serial Bus Servo with Three Connectors /20KG Large Torque

The Hiwonder LX-224 is a high-torque serial bus servo designed for advanced robotics projects, offering up to 20kg.cm of torque at 7.4V. Featuring three connectors and dual working modes, it is an ideal choice for students, educators, and makers building complex robotic joints. This servo simplifies wiring and offers real-time feedback to ensure stable, intelligent control.

Serial bus communication

Users can assign a unique ID number to each servo, allowing a single controller to send specific instructions to individual units. This daisy-chaining capability simplifies wiring in multi-jointed robots.

High torque performance

Delivering a maximum torque of 20kg.cm at 7.4V, this servo provides powerful and reliable movement. It ensures your custom robotic builds have plenty of lifting and holding power.

High-precision potentiometer

Built with a high-quality potentiometer, the servo offers improved accuracy, linearity, and stable operation. This internal component helps prolong the overall service life of the unit.

Dual modes and intelligent feedback

The unit supports both standard servo mode and reduction motor mode. It also provides real-time feedback on position, temperature, and voltage to protect the servo from damage.

Intuitive visual debugging software

The included visual debugging software makes it simple to configure and test the servo. Users can quickly adjust parameters and fine-tune performance without complex coding.

Comprehensive debugging system

The debugging system allows you to test rotation and monitor real-time data such as position, voltage, and temperature. You can adjust parameters including ID, speed, deviation, LED lights, and safety alarms.

Multi-servo controller support

When used with a compatible serial bus servo controller, you can connect up to 40 servos across 10 available ports. Please note that this controller system is designed specifically for serial bus servos.

Angle readback programming

The PC software host interface includes an angle readback function. This allows you to manually position the robot's joints, read the angles, and enter them directly into your program for fast robot programming.