Autonomous Driving System for Agricultural Machinery - Leading Suppliers and Factory in China
Product Description
Our innovative agricultural machinery autopilot system, based on the Beidou dual-antenna system, uses a high-torque motor for steering. This system is ideal for various agricultural machines, addressing the installation challenges of hydraulic systems. The forward-looking design features internet communication, agricultural machinery informatization, and remote control capabilities, laying a foundation for future agricultural big data.
Product Video
Application Scenario
- Suitable for multiple agricultural machines such as tractors, rice transplanters, and harvesters.
- Supports functionality expansion for satellite leveling, precise fertilization, and spraying control.
Technical Specifications
| Project | Unit | Design value |
|---|---|---|
| Model name | / | Type A X2000BD-2.5GD type Beidou automatic navigation and driving system |
| Steering control type | / | Electric steering wheel type |
| On-board computer processor model number | / | Allwinner T3 |
| On-board computer memory | GB | 2 |
| Car-mounted computer hard drive | GB | 16 |
| On-board computer operating system and software version | / | Android 6.0 |
| On-board computer display terminal size and resolution | / | 10-inch, 1024 * 600 |
| Type of vehicle-mounted computer interface | / | RS232、CAN、RS485 |
| On-board computer data input and output protocol | / | NMEA |
| Satellite receiver type and frequency point | / | BDS B1/B2+GPS L1/L2+GLONASS L1/L2+GALILEO E1+E5b |
| Satellite receiver host board firmware version | / | Build19222 |
| Number of satellite receiver channels | / | 432 |
| Types of satellite receiver interface | / | RS232、CAN、RS485 |
| Differential type of the satellite receiver | / | RTK |
| Data update rate of satellite receiver data | Hz | 10 |
| Satellite receiver receiving antenna type | / | double antenna |
| Steering controller motherboard firmware version | / | 2320 |
| Hydraulic valve or rotating motor model and specification | / | EMS2 |
| Angle sensor model and specification | / | S31 |
| Integration part composition | / | Integration of satellite receiver and on-board terminal The controller is integrated with the steering motor |
The above data is for reference only
Equipment Features
- IP67 Dust & Water Resistance: Designed to withstand harsh agricultural environments.
- Network RTK Technology: Ensures stable data transmission with anti-interference capabilities, featuring breakpoint continuity.
- Intelligent Algorithms: Maintains high precision operations, adapting to varying ground conditions.
- Simple Installation: Highly integrated hardware, easy to assemble and disassemble, reducing component complexity.
- User-Friendly Interface: Intuitive design for quick and easy operation.
- Industry-First Design: Autonomous driving system using Beidou navigation, pioneering in the market.
- Cost-Efficient: Over 60% savings compared to traditional hydraulic control systems.
- High Integration: Supports internet communication, remote monitoring, and agricultural big data recording.
Frequently Asked Questions
The system is highly versatile and suitable for multiple types of agricultural machinery, including tractors, rice transplanters, and harvesters. It can also be expanded for satellite leveling, precise fertilization, and spraying control.
The system uses a high-torque electric steering wheel motor (EMS2) to control the vehicle direction. This electric steering design bypasses the complex installation and maintenance challenges typical of hydraulic control systems.
The dual-antenna satellite receiver supports multi-constellation tracking, including BDS (B1/B2), GPS (L1/L2), GLONASS (L1/L2), and GALILEO (E1/E5b) with 432 channels, utilizing Network RTK technology for high-precision operations.
Yes, the hardware is rated with IP67 dust and water resistance, ensuring reliable operation and longevity under demanding, dusty, and wet agricultural field conditions.
By utilizing a highly integrated electric steering wheel motor instead of traditional hydraulic control components, the system offers over 60% savings in hardware and installation costs.
The on-board terminal features an Allwinner T3 processor, 2GB RAM, 16GB ROM, and runs on the Android 6.0 operating system. It comes with a 10-inch display terminal with a resolution of 1024 * 600.