DJI Agras T25 Spreading System

The DJI Agras T25 Spreading System is DJI’s dedicated modular payload solution developed to extend the capabilities of the Agras T25 agricultural drone into precision granular application operations. Designed for modern farming environments, the system enables efficient and controlled aerial spreading of fertilizers, seeds, soil amendments, and other granular agricultural materials across medium to large-scale fields.

The system features a high-capacity hopper designed for stable material storage and consistent feed performance during flight operations. Its intelligent distribution mechanism regulates output flow in real time, ensuring uniform application rates and minimizing inconsistencies caused by material clumping or terrain variation. This allows operators to execute precise, repeatable spreading missions tailored to specific crop requirements and field conditions.

Engineered for operational efficiency, the spreading system supports adjustable flow rates and configurable spread patterns, enabling optimized coverage based on mission parameters. This flexibility helps reduce input waste while improving crop treatment uniformity, making it suitable for a wide range of agricultural applications including broadcast seeding, fertilizer application, and soil conditioning.

The T25 Spreading System is designed with a modular, quick-mount architecture that allows for fast switching between spreading and spraying configurations. This improves operational versatility and reduces downtime in multi-task farming operations, enabling a single platform to handle multiple agricultural roles throughout a working season.

Built for rugged field environments, the system incorporates durable, corrosion-resistant materials capable of withstanding dust, moisture, vibration, and repeated agricultural use. Its robust construction ensures consistent performance under challenging conditions commonly encountered in outdoor farming operations.

When integrated with the DJI Agras T25 platform, the spreading system benefits from advanced flight automation, terrain-following capabilities, intelligent obstacle sensing, and precise route planning. These features ensure safe and efficient operation over uneven terrain, orchards, and irregular field layouts while maintaining accurate application performance.