Qianxun SI's Auto Navigation System Boosts Spring Farming with 30% Efficiency Increase

With the arrival of spring, farming activities are everywhere. Farmers are busy plowing, cultivating, weeding, and spraying. Spring farming is critical to the production of grains throughout the year. According to statistics, spring planting accounts for about 60% of the total grain yield. Improving the efficiency of spring farming using agricultural automation technology is a key factor in increasing grain production.

 

 

Qianxun SI has independently developed the GNSS navigation system for agricultural machinery and applied its "Star-base enhancement" capability in high-precision operations, enabling efficient farming operations, including cultivation, management, and harvest.

 

 

 

By setting the designated route, the machinery can perform automatic driving and farming operations with millimeter-level positioning accuracy. In 2022, farmers from 16 provinces and cities in China have started using the Qianxun SI's farm machinery autopilot system for agricultural machinery, resulting in a 30% increase in work efficiency.

 

Moreover, the system can reduce unnecessary driving paths and prevent repetitive soil cultivation, resulting in substantially lower fuel and fertilizer consumption, and subsequently cutting costs.

 

In remote areas, where communication signals are weak, most automatic farming systems are unable to work effectively. Qianxun SI's QY410 and QYX are equipped with " Star-base enhancement" technology, which allows direct connectivity to satellite signals without relying on communication networks. This system helps to overcome the signal problems encountered by automatic farming systems in areas where it is difficult to establish ground base stations or where communication signals are limited.

 

The star-based enhancement system allows automatic farming systems to continue to receive high-precision positioning services, even in areas such as deserts and mountains where it is difficult to establish ground base stations or limited communication signals.

 

Actual data shows that star-base enhancement services can achieve a fix within 1-2 minutes in key areas, 5 minutes in most regions, with accuracy of less than 2.5 cm.