Automatic Navigation System for Agricultural Machinery

Automatic Navigation System for Agricultural Machinery

The Automatic Navigation System is a cutting-edge solution designed to enhance the efficiency and precision of agricultural machinery. This innovative system allows for automated navigation, making farming tasks easier and more accurate.

Key Features

Advanced Navigation: The system utilizes sophisticated technology for precise automatic navigation, reducing the need for manual operation and improving efficiency.

Robust Construction: Made from durable steel, this system is built to withstand the rigors of agricultural environments.

Customizable Size: The navigation system can be tailored to fit various machinery, ensuring compatibility with your equipment.

Production Capacity: Capable of handling up to 1000 units, this system is ideal for both small farms and large agricultural operations.

Reliable Engine: Featuring a high-performance engine, the system ensures consistent operation and reliability during agricultural tasks.

Quality Assurance: Each unit comes with a CE Certificate, confirming its compliance with international safety and quality standards.

Support and Service: Our dedicated team is available 24 hours online to assist with any inquiries or technical support.

In summary, the Automatic Navigation System is an essential tool for modern agricultural machinery, offering enhanced navigation capabilities and operational efficiency. Its robust design and reliable performance make it a valuable addition to any farming operation.

Product Info Gallery

Manufacturing Technique

Details Images

Satellite Antenna

Function: receive satellite signal Composition: antenna body, transition rod, antenna base Installation method: glue + drill tail screw / nail-free glue reinforcement Pre-installation scheme: relevant components realize factory pre-installation

Installation position of the single-antenna solution

Installation location selection The installation of satellite antennas needs to follow two basic principles: 1. The center point of the antenna must coincide with the longitudinal centerline of the vehicle; 2. The main body of the antenna needs to be kept perpendicular to the top reference plane of the vehicle, that is, when the vehicle is stationary and the ground is level, the antenna is vertically upward. In the actual installation process, it is preferable to pre-select the plane area suitable for installing the antenna on the top of the vehicle cab and clean it well, and then use the symmetrical reference object on the top of the cab to mark the longitudinal centerline of the vehicle in the plane area before installation. Prepare.

Installation position of the dual-antenna solution

Installation location selection The dual-antenna solution follows the same basic principles as the single-antenna solution. The difference is that two GNSS antennas are arranged longitudinally on the center line of the vehicle. The positioning antenna is connected to the display terminal GNSS-1 interface in front, and the heading antenna is connected to the display terminal GNSS-1 interface in the rear. 2 interface, the straight-line distance between the installation positions of the two antennas should be kept at least 1m

Installation location for vehicles without a cab

Installation location selection Satellite dish installations for non-cab vehicles follow the same basic guidelines. The installation position can be selected to be installed on the front and rear beams or the roll cage according to the actual situation of the vehicle

radio antenna

Function: Receive radio signal Composition: radio antenna, base + feeder Installation method: glue + drill tail screw / nail-free glue reinforcement

Radio Antenna Fixing Method

Installation location selection The installation position of the radio antenna needs to follow two basic principles: 1. The main body of the antenna needs to be kept perpendicular to the top reference plane of the vehicle, that is, when the vehicle is stationary and the ground is level, the antenna is vertically upward; 2. The straight-line distance between the radio antenna and any satellite antenna installation position is at least >30cm. a fixed way Take the same fixing method as the satellite dish

motor steering wheel

Function: executive control unit Composition: motor, steering wheel, steering wheel cover, flange, Motor Bracket Assembly Installation method: overall replacement of the original car steering wheel Pre-installation scheme: relevant components have been pre-installed at the factory

display terminal

Function: core unit, interactive unit Composition: display terminal, RAM bracket Internal integration: 10-inch high-definition touch screen, driving controller, high precision Positioning board, 4G module, radio station Installation method: installed inside the cab through the bracket Pre-installation scheme: relevant components have been pre-installed at the factory

Harness connection

Harness composition In addition to antenna-related feeders, the wiring harness also includes power supply + gyroscope one-to-two wiring harness, motor wiring harness and body attitude sensor wiring harness.

Flange Specifications