Hiwonder LX-225 Serial Bus Servo/25KG High Torque/Data FeeDback

The Hiwonder LX-225 is a high-torque serial bus servo designed to provide precise control and real-time telemetry for advanced robotics projects. Offering up to 25kg.cm of torque and dual-mode operation, this servo is an excellent choice for South African makers, students, and educators building multi-jointed robots or robotic arms.

Serial bus communication

Each servo can be assigned a unique ID number, allowing a single controller to send individualised movement instructions down a daisy-chained bus. This simplifies wiring and streamlines complex multi-joint movements.

High torque performance

Operating at 7.4V, this servo delivers a maximum torque of 25kg.cm. This high-power output ensures your robotic joints have the strength required for demanding applications.

High-precision internal potentiometer

Equipped with a high-quality internal potentiometer, the servo achieves superior accuracy and linearity. This ensures stable operation over a longer service life.

Dual modes and telemetry feedback

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

Visual parameter debugging

Dedicated visual debugging software allows users to quickly configure settings and test movements. This user-friendly interface simplifies the initial setup and calibration process.

Comprehensive parameter adjustment

The debugging system lets you monitor real-time data like position, voltage, and temperature while controlling rotation. You can easily adjust the servo ID, working mode, speed, position deviation, LED indicators, and safety alarms for temperature, stalling, or voltage.

Multi-servo control and programming

When used with a compatible serial bus controller, you can connect up to 40 servos across 10 ports. The PC software features an angle readback function, allowing you to manually position the servo to record angles and program sequences quickly.