Hiwonder HTD-45H High Voltage Serial Bus Servo 45KG Torque with Three Connectors and Data Feedback

The Hiwonder HTD-45H is a high-voltage serial bus servo delivering an impressive 45kg of torque, designed for demanding robotics and maker projects. Featuring a robust metal shell and dual-shaft design, it is ideal for students, educators, and hobbyists building advanced robotic joints. With its integrated data feedback and clean three-port wiring system, this servo simplifies complex builds while maintaining high performance.

Clean three-port wiring

The servo features three connection ports to simplify daisy-chaining and cable management. This design ensures your robotic projects remain neat, organised, and visually clean.

High-torque performance

With a powerful 45kg torque rating, this servo provides the strength required for demanding robotic joints and heavy loads. It offers reliable, high-force output for advanced makers and hobbyists.

Durable metal shell

The rugged metal housing enhances heat dissipation and structural rigidity during intense operation. This robust casing protects the internal components under demanding physical conditions.

High-voltage operation

Designed for high-voltage systems, this serial bus servo operates efficiently at elevated voltages to maximise torque and speed. This makes it highly compatible with advanced robotic power setups.

Real-time data feedback

The intelligent serial bus interface provides active data feedback on critical parameters such as position, temperature, and voltage. This allows educators and developers to monitor servo status and implement precise closed-loop control.

Dual operation modes

Support for two distinct operation modes allows the servo to function either as a standard angular joint or as a continuous rotation motor. This versatility makes it suitable for a wide range of wheel drives and joint mechanisms.

Double shaft design

The double-shaft configuration provides balanced physical support and simplifies the mounting of structural brackets. This design reduces radial load on the primary shaft, extending the lifespan of your robotic joints.