Multiple types to meet various sowing requirements / Efficient sowing / 360-degree ultra-large flow sowing

Product Background

Agricultural Scale Development and Labor Shortage: With the increasingly prominent trend of agricultural large-scale operation, the sowing operations on large tracts of farmland require extremely high efficiency. At the same time, rural labor is continuously shifting to cities, resulting in a severe shortage of labor in agricultural production. The 40kg granular sowing drone, with its large carrying capacity, can carry more seeds at one time, reduce the number of return trips for adding materials, and significantly improve the sowing efficiency, effectively alleviating the problem of labor shortage and meeting the needs of large-scale agricultural production.
Policy Support for Agricultural Mechanization Innovation: The national and local governments strongly support the development of agricultural mechanization and have introduced a series of subsidy policies and related standards and regulations to encourage enterprises to research and promote new agricultural machinery. For example, the agricultural machinery purchase subsidy policy can reduce the cost for farmers and agricultural enterprises to purchase drones, creating a favorable policy environment for the market promotion of equipment such as 40kg granular sowing drones.

Maturity and optimization of drone technology: The continuous improvement of technologies such as drone flight control and navigation positioning has provided technical support for 40kg grain-sowing drones. High-precision GPS or RTK positioning systems enable drones to fly and sow precisely according to preset routes, ensuring uniformity and accuracy of sowing. For instance, the Topcon Fengpeng 500 is equipped with RTK, allowing for high-precision marking. Additionally, the plug-and-play design benefits from the development of modular technology, facilitating the installation of sowing systems and other components, making it convenient for quick task switching and enhancing operational flexibility.
Promotion of the concept of precision agriculture: Precision agriculture requires precise resource allocation in agricultural production to increase yield and quality and reduce waste. 40kg grain-sowing drones can precisely control the sowing amount and position based on factors such as farmland terrain and soil fertility, achieving variable sowing. For example, the DJI T40 body is equipped with a weighing sensor, which can monitor the sowing volume and remaining material volume in real time, helping to improve seed utilization, reduce production costs, and align with the development trend of precision agriculture.

Adaptation to complex terrain operation requirements: In hilly and mountainous areas with complex terrain, traditional seeding machinery is limited in operation. However, drones have flexible mobility and can easily fly over obstacles, conducting seeding operations in different terrain conditions. For example, the DJI T40 is equipped with an active phased array radar and a dual-camera vision perception system, capable of 360-degree omnidirectional perception. It supports intelligent terrain-following and can smoothly climb over and bypass multiple obstacles, even in complex terrains such as orchards and hills, allowing for smooth flight without any hindrance.

Product parameters

Product display

Multiple types to meet various sowing requirements / Efficient sowing / 360-degree ultra-large flow sowing Images