Unmanned Driving Auto Steering Motor - Intelligent Steering Solution for Precision Agriculture

High-precision control empowers unmanned agricultural machinery

In the field of precision agriculture, the accuracy of steering control directly affects the quality of operations. The Unmanned Driving Auto Steering Motor adopts a servo control system with a control accuracy as high as 0.1°, ensuring that agricultural machinery such as tractors and seeders travel strictly along the preset path, avoiding repetitive or missed ploughing, improving operational efficiency and reducing production costs.

Core advantage

Dual-voltage adaptation: Supports DC 12V/24V power supply and is compatible with mainstream agricultural machinery electrical systems.

High-precision servo control: It adopts incremental encoder feedback to adjust the steering Angle in real time, with an error of ≤0.1°, meeting the requirements of high-precision agricultural operations.

Intelligent control mode:

1. Speed mode: Suitable for dynamically adjusting the steering speed to adapt to different working scenarios.

2. Position mode: Precisely lock the steering Angle to ensure straight-line driving or specific trajectory tracking.

3. Industrial-grade communication interface: Supports RS232 / CAN bus, seamlessly integrating with autonomous driving systems (such as RTK/GPS navigation) to achieve unmanned and precise control.

Integrated design, convenient installation and simple maintenance

Compact structure, directly replacing the traditional steering wheel steering mechanism, reducing the difficulty of modification.

Modular design makes fault diagnosis convenient, maintenance costs low and reduces downtime.

Application scenarios

Unmanned tractors - automatic path planning, straight-line sowing, fertilizing and spraying.

Intelligent agricultural machinery - working in coordination with autonomous driving systems to achieve 24-hour efficient operation.

Keya Electronics focuses on the research and development of Unmanned Driving Auto Steering Motor, defining a new standard for precision agricultural steering with an accuracy of 0.1°!