In the overseas agricultural planting industry, mountain terraces and sugarcane planting bases have long been plagued by plant protection difficulties. These planting areas feature rugged terrain, scattered plots and large slopes, making it impossible for traditional large sprayer agricultural machinery to operate. Manual backpack spraying not only consumes huge time and labor with high labor costs, but also causes uneven spraying, incomplete pest and disease control and low working efficiency. In particular, sugarcane is a tall and densely planted crop with thick foliage and poor field ventilation. Manual operation can hardly reach the middle and lower layers of crops, resulting in long-term spraying blind areas, seriously affecting crop growth and yield, which has become a core operational pain point for overseas growers and agricultural service providers.
To solve the plant protection problems in complex terrains in a targeted manner, the export-grade foldable agricultural drone tailored for overseas markets is newly launched. It focuses on three core advantages: lightweight portability, full-terrain adaptability and precise and flexible spraying, accurately matching special planting scenarios such as mountain terraces, sugarcane fields and sloped orchards. Adopting an integrated foldable structure, the drone's volume is greatly reduced after folding, making it easy to transport without special transportation equipment. A single operator can complete the whole process of handling, takeoff, landing and control, greatly reducing equipment transfer and labor operation costs, and adapting to regular plant protection operations in remote mountainous areas and scattered plots.
In terms of operational performance, this agricultural drone is equipped with an intelligent RTK high-precision positioning system and 3D terrain-following flight technology. It can adapt to the undulating slopes and field height differences of terraces in real time, maintain a constant operating height, and effectively avoid missed and repeated spraying caused by terrain interference. The dedicated high-atomization spraying module is suitable for tall crops such as sugarcane. Fine fog droplets can penetrate layers of foliage and evenly cover the top, middle and root of crops, completely eliminating the spraying blind areas of traditional operations, and greatly improving the effect of pest and disease control as well as water and fertilizer utilization efficiency. Meanwhile, the device supports intelligent obstacle avoidance and autonomous route planning, which can automatically adapt to irregular terraced field plots without repeated manual control, significantly improving the efficiency of large-scale plant protection operations.
Compared with traditional plant protection equipment, the foldable agricultural drone does not rely on flat field roads and can take off and land on a small open space of only 2 square meters, completely breaking through the operational limitations of complex terrains. Its operational efficiency is far higher than manual work. It can complete plant protection operations of large-area terraces and sugarcane fields in a single day, helping overseas planting bases save more than 60% of labor costs. Meanwhile, it saves water and pesticides, reduces pesticide drift pollution, and conforms to overseas green agricultural planting standards. With the advantages of portability, flexibility, strong adaptability and high cost performance, the equipment has been widely used in overseas planting scenarios such as terraced rice in Southeast Asia, sugarcane in South America and mountain cash crops in Africa, winning high recognition from overseas agricultural cooperatives and large-scale growers.
Industry data shows that the large-scale development of global mountain characteristic agriculture is accelerating, and the gap of intelligent plant protection equipment for complex terrains continues to expand. This export foldable agricultural drone accurately meets the rigid demand of overseas segmented markets, fills the operational gap of traditional agricultural machinery in terraced fields and tall crop planting scenarios. It will continue to empower the transformation and upgrading of overseas mountain agriculture, and promote the intelligent, efficient and lightweight upgrading of plant protection operations in complex farmlands.
