Hiwonder HX-12H Serial Bus High Voltage Servo With Double Shaft, 12KG Torque and Data Feedback Function

The Hiwonder HX-12H is a high-voltage serial bus servo featuring a double-shaft design, 12kg of torque, and real-time data feedback. It is designed for students, educators, and makers building advanced robotic arms, bipedal robots, or multi-jointed projects. With its robust metal gears and dual operation modes, this servo provides a reliable, high-performance solution for custom builds.

Three-port clean wiring design

Featuring three connection ports, this servo simplifies your cable management for a clean and organised layout. It reduces clutter in complex multi-servo assemblies, making your robotic projects easier to assemble and maintain.

Serial bus daisy-chaining

The serial bus port allows you to daisy-chain multiple servos together, reducing the number of dedicated microcontroller pins required. This streamlines communication and simplifies control wiring for complex robotic joints.

Real-time angle feedback

The built-in data feedback function allows you to read the real-time position and angle of the servo. This enables precise closed-loop control, making it perfect for self-correcting robotic systems and educational applications.

Dual operation modes

This servo supports two distinct operation modes, allowing it to function as a standard angular servo or as a continuous rotation motor. This versatility makes it suitable for both robotic joints and drive wheels.

Durable metal gears

Equipped with high-quality metal gears, the servo is built to withstand high loads and resist wear over time. This ensures reliable performance and longevity under demanding operating conditions.

Compact double-shaft design

The short and compact form factor allows this servo to fit into tight spaces without sacrificing performance. The double-shaft design provides balanced load distribution, making it ideal for structural robotic joints.

Smooth metal bearing support

An integrated metal bearing reduces friction and enhances axial stability during operation. This ensures smooth movement and helps the double-shaft design distribute mechanical loads evenly.

Unique ID bus communication

Each servo can be assigned a unique ID, allowing multiple units to be controlled individually over a single communication bus. This simplifies programming and reduces the wiring overhead for multi-DOF robots.