DJI T100 Agricultural Pesticide Application UAV Agricultural Aircraft Drug Application Plant Protection

DJI T100, as a heavy-lift agricultural spraying and transportation drone, integrates cutting-edge AI and AR functionalities, excelling in the agricultural sector. Here is a detailed evaluation of the DJI T100:

Ⅰ Outstanding Overall Performance

●Maximum Takeoff Weight: Reaching 149.9 kilograms, demonstrating its impressive carrying capacity.

●Spraying Capacity: 75 liters, sufficient for large-scale spraying operations.

●Spreading Capacity: 150 liters, capable of spreading two bags of fertilizer at once, enhancing operational efficiency.

●Lifting Capacity: Up to 85 kilograms, making it a valuable assistant for agricultural lifting tasks.

Ⅱ Excellent Power and Flight Performance

●Propulsion System: Adopts a coaxial dual-rotor configuration, providing higher safety redundancy. The 62-inch carbon fiber propellers deliver powerful thrust, with a maximum single-axis pulling force of 82 kilograms and a top flight speed of 13.8 meters per second, ensuring efficient and rapid operations.

●Flight Stability: Equipped with a three-axis force sensor, the drone automatically adjusts its attitude during flight, eliminating oscillations and ensuring smooth transportation.

Ⅲ Advanced Safety System

●Obstacle Perception: Equipped with the latest LiDAR and active phased array radar, capable of perceiving and accurately identifying surrounding obstacles in all directions. The LiDAR has a spatial point cloud density of up to 300,000 points per second, precisely outlining obstacles and significantly improving the detection of guy wires, electrical wires, and small field obstacles.

●AI and AR Functions: AI algorithms automatically recognize obstacles encountered during operations and save them into field information, enhancing efficiency for subsequent operations in the same field. The AR safety assistance function detects people and vehicles around during takeoff and landing, promptly reminding the pilot to pay attention to the surrounding environment. During operations, it can also generate AR flight trajectories, helping the pilot anticipate the drone's flight direction.

Ⅳ Efficient Spraying and Spreading System

●Spraying System: Features dual atomization capabilities, ensuring thorough and even coverage. The dual nozzles have a maximum flow rate of 30 liters per minute, with adjustable droplet sizes ranging from 50 to 500 micrometers, meeting high-flow operation scenarios without additional configurations.

●Spreading System: Equipped with a new-generation spiral auger, doubling the flow rate to 400 kilograms per minute and doubling the auger motor torque, supporting high-speed spreading and improving overall operational efficiency by 70%.

ⅤProfessional Lifting System

●Supports setting "load" and "unload" points via smartphone, and the remote control can display the destination location in AR in real-time, facilitating quick location of loading and unloading points during manual transportation. Additionally, it supports weight detection to avoid overweight and facilitate settlement.

Ⅵ Reliable Energy System

●Adopts a new intelligent flight battery with increased capacity and reduced weight. Simultaneously, a three-channel cooling design is employed to dissipate heat from the battery, ensuring safe and stable energy while achieving on-the-fly cooling. Paired with the D14000iE all-in-one variable frequency charging station, it enables 9-minute ultra-fast charging, reducing fuel consumption and effectively saving operational costs.

Ⅶ Practical Additional Features

●No-Survey Function: Capable of climbing up to 90-degree slopes, meeting the operational needs of most orchards.

●Expandable Accessories: Users can select and install accessories such as 4G transmission modules, O4 transmission relays, and D-RTK3 modules based on their needs to adapt to different operational environments.

In summary, the DJI T100, with its outstanding performance, advanced technology, and practical functions, has broad application prospects in the agricultural plant protection field. It not only meets the demands of various operational scenarios such as spraying, spreading, and lifting but also further enhances safety and operational efficiency through the integration of AI and AR technologies.