At a 10,000-acre wheat planting base in Zhoukou City, Henan Province, a new collaborative operation model combining "tractor field operations and drone aerial inspections" is being promoted and applied. This innovative model, through real-time data interconnection between tractors and drones, enables precise and efficient management of the entire agricultural production process-ploughing, planting, management, and harvesting-marking a new stage in the development of smart agriculture in my country.
In traditional agricultural operations, tractors primarily handle field machinery operations, while tasks such as crop growth monitoring and pest and disease control remain manual, resulting in issues such as delayed information acquisition and low efficiency. This newly introduced collaborative operation model, through the establishment of an "Agricultural Machinery Internet of Things Platform," connects tractor operation data with drone monitoring data in real time. During plowing and sowing operations, tractors use their onboard positioning systems to record their trajectory and area of operation and upload this data to the platform. Drones, equipped with high-definition cameras and multispectral sensors, conduct aerial inspections of crops in the field, collecting real-time information on crop growth, soil moisture levels, pest and disease occurrence, and simultaneously transmitting it to the platform. By comprehensively analyzing two types of data, the platform generates precise field management plans. When insufficient soil moisture is detected in a specific area, the platform automatically dispatches tractors for irrigation. When crop pests and diseases are detected, the platform pinpoints the affected area and directs drones to spray pesticides at targeted locations, avoiding the waste and environmental pollution caused by traditional large-scale spraying.
Farmers can also use a mobile app to view real-time field operations and crop growth data, enabling remote management of agricultural production. At a wheat planting base in Xihua County, Zhoukou City, farmer Li Zhiqiang experienced this collaborative farming model and raved about it. "Previously, managing 10,000 mu of wheat fields required over 10 workers to conduct daily inspections, and pests and diseases were easily missed. Now, with tractors and drones working together, I can monitor the wheat field status from my phone right at home. The tractors and drones also provide precise control, reducing pesticide use per mu by 20% while increasing grain yields by 5%. It's truly hassle-free and increased yields."
According to the agricultural technology company promoting this model, the "tractor + drone" collaborative farming model has been implemented in over 200,000 mu of planting bases in major grain-producing regions such as Henan, Shandong, and Hebei, covering major crops such as wheat, corn, and rice. The model has shown promise in increasing agricultural production efficiency by 40%, reducing pesticide and fertilizer use by 15%-20%, and saving farmers 50-80 yuan per mu.
Agricultural experts say this collaborative operation model, which organically combines ground-based mechanical operations with aerial monitoring and management, fully leverages the mechanical advantages of tractors and the efficient monitoring capabilities of drones. It represents a key development direction for smart agriculture. As related technologies continue to mature and expand, they are expected to become widespread nationwide, providing strong support for ensuring national food security and promoting green and sustainable agricultural development.
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