Can be used for flat or sloping terrain, inertial navigation correction for rolling or swaying
Very simple operation: Press the button to work, turn the steering wheel to disengage
• Allow all day work - in heavy fog, sandstorms, or at night
Durable design suitable for harsh environments
• Scalable features
Trimble's high standards of quality and reliability
• High cost-effectiveness
Multiple autonomous driving farming modes
Set track parameters to extend field work time without the need for conventional markers
• Reduced the requirement for advanced driving skills, minimized the overlap of vehicles, and saved time and cost
• Reduce fatigue and driving errors, help complete work quickly
• Safe, reliable, and user-friendly interface
• Automatic and consistent driving
• Improve field work efficiency, reduce omissions and overlaps in operations

Speed and accuracy are increasingly becoming the key to increasing farm income. According to this requirement, Trimble has developed the Autopilot autonomous navigation driving system. This system can automatically drive your tractor, harvester, and sprayer, making your work faster and more efficient than before.
The Trimble Autopilot autonomous navigation system connects to the tractor's hydraulic power steering system to autonomously drive the tractor for field operations. Because it is fully automatic, Autopilot can work continuously and consistently with high precision. The system includes navigation light targets for visual navigation, display operation terminals in the cab, and RTK or DGPS receivers.

The core of the Autopilot system is a high-performance navigation controller based on Trimble, which is connected to hydraulic control mechanisms. Once the Autopilot system causes the agricultural machinery to start working in a straight line, it will automatically travel along that line. The navigation controller directly controls the hydraulic valve for steering.

The unique Ag GPS Autopilot system can be used on flat or sloping terrain. Inertial navigation technology continuously corrects and compensates for the pitch and roll posture of agricultural machinery to achieve precise navigation.

By using sensors such as inertial navigation embedded in the navigation controller, the three-dimensional posture of agricultural machinery can be obtained, and compensation for forward and backward pitch, left and right tilt, or yaw can be performed to ensure high-precision navigation for various terrains.

The Autopilot system enables drivers to concentrate on field operations such as seedbed preparation, planting, spraying, cultivation, fertilization, and harvesting. Whether it is strip or irregular farming, paddy fields or dry land, the Autopilot system will reduce driver fatigue and stress, saving time and cost.