The DJI Agras Series redefines precision agriculture with advanced UAV sprayers for targeted pest control, fertilization, and orchard spraying. Featuring models like the DJI Agras T10, T25, T40, and T50, these advanced spray drones deliver large payloads, variable-rate coverage, and 360° obstacle sensing for unparalleled efficiency.
Up to 50 kg Payload | Dual Atomizing Sprinklers | 360° Radar Sensing | High Flow Rate | Smart Route Planning | Compact Foldable Design
Building on DJI’s expertise in precision agriculture, the Agras Series (T10, T25, T40, T50) delivers higher payloads, advanced spraying systems, and intelligent flight modes for versatile farmland and orchard operations.
Orchard & Vineyard Management
Improve canopy coverage and target disease hot spots in orchards and vineyards with DJI’s advanced spray drone technology.
Large-Scale Row Crops
Maximize yields in vast fields of corn, wheat, and soybeans through efficient and automated UAV sprayer operations.
Golf Course & Turf Management
Maintain pristine grass conditions on fairways and greens through targeted nutrient and pest control applications.
Forestry & Reforestation
Deploy drone spray solutions to reforest targeted zones and protect seedlings from pests or invasive species.
Public Health & Vector Control
Combat mosquito-borne diseases and other health hazards by applying larvicides over marshes and standing water.
Livestock Feeding & Pasture Management
Use Agras spray drones to distribute feed or nutrients across open rangelands, improving pasture health and livestock efficiency.
The Agras T10 is the most compact with an 8–10 liter tank, ideal for smaller or fragmented fields. The T25 and T30 offer moderate to larger payloads, balancing maneuverability with improved coverage. The T40 and T50 feature higher payload capacities (up to 50 kg for the T50) and are geared toward large-scale farms and orchard operations that require more powerful spraying, spreading, and advanced obstacle sensing.
Flight time varies by model and payload, but most DJI Agras drones operate between 10–20 minutes under load. Heavier payloads reduce flight time, so multiple batteries and fast-charging solutions are recommended for continuous operation.
Yes. In many regions, operating a spray drone falls under agricultural or commercial UAV regulations, requiring specific pilot certifications and authorizations. Check your local aviation authority (e.g., FAA in the U.S.) for detailed rules on commercial drone spraying and pesticide application.
The T25, T40, and T50 all support Orchard Mode with front and rear radars plus binocular vision for terrain following on sloped ground. The T25’s compact design suits smaller orchards or tighter spaces, while the T40 and T50 can cover larger orchard areas more efficiently thanks to higher capacity.
Use DJI’s flight planning tools like DJI Terra or the built-in mapping features available in the Agras remote controller. By creating detailed field or orchard maps, you can set boundary routes, define waypoints, and assign spraying parameters such as speed, flow rate, and altitude.
The main components (including pumps and gaskets) are designed to be corrosion-resistant and IP-rated to handle dust and water exposure. However, always rinse and clean the drone thoroughly after spraying corrosive liquids or fertilizers to maintain optimal performance.
Yes. DJI Agras drones have been used for disinfection tasks, mosquito control, and other public health measures. Their high flow rate and capacity make them effective for wide-area spraying beyond agriculture.
Adjust droplet size, flow rate, and flying speed to match the crop type and chemical requirements. The Dual Atomizing Sprinklers on the T25, T40, and T50 help produce consistent droplet distribution, reducing overlap or missed spots.
The Agras T50 supports a 40 kg spraying payload and up to 50 kg for spreading. This high capacity allows for extended flight operations before needing to refill pesticides, fertilizers, or seeds.
They are primarily optimized for DJI software like DJI Terra and the DJI Agriculture app. However, certain third-party platforms can integrate using standard mission protocols. Always confirm compatibility with your provider before purchasing.
Regularly flush the system with clean water or an approved cleaning solution after each operation. Check nozzle filters and pumps for residue buildup. Proper post-flight maintenance ensures reliable spraying performance and prolongs component life.
Yes. Smaller drones like the T10 or T25 have lower upfront costs, reduced battery requirements, and smaller spare parts. Larger drones like the T50 handle more acreage quickly but cost more initially and may require additional maintenance resources.
Absolutely. With its compact frame and up to 10-liter tank capacity, the T10 excels on smaller plots or multi-field operations where frequent transport is required. Its foldable design also makes it easier to move between sites.
All current Agras models feature radar and vision systems for obstacle sensing. The T50 and T40 integrate advanced Phased Array Radars and Binocular Vision to detect obstacles from multiple directions, enhancing safety in dense orchards or uneven terrains.
DJI designs Agras drones to function in challenging agricultural environments, including hot and humid regions. Components such as the magnetic drive impeller pump are built to withstand high temperatures, but always follow the recommended operating conditions.
First, review error messages or warnings on the remote controller. Common fixes include calibrating sensors, checking for clogs in the spray system, or updating firmware. If issues persist, consult the official DJI support channels or authorized service centers.
In general, conduct a basic inspection before and after each flight. Clean the nozzles, pumps, and fuselage thoroughly when switching chemicals or finishing operations. A more detailed maintenance check is advised every 50–100 flight hours or as specified by DJI guidelines.
Under optimal conditions, the T50 can cover approximately 21 hectares per hour in field operations. Actual coverage varies based on flight speed, spray rate, terrain complexity, and weather conditions.
For orchard operations, consider the optional four-sprinkler kit for T25 or T50 to increase flow rate. An RTK module can boost positional accuracy on sloped or dense orchard terrain. Also, look into extra batteries and chargers for continuous coverage.
Use the built-in mapping features on DJI’s remote controller or DJI Terra to mark field perimeters and internal obstructions like irrigation systems or trees. The software automatically adjusts flight paths to avoid collisions.
The T40 and T50 feature advanced obstacle sensing (Active Phased Array Radar plus Binocular Vision) and strong propulsion systems that adapt well to steep slopes. These drones maintain stable spray patterns and follow terrain profiles automatically.
