DJI Agras T10 Agriculture Drone

DJI Agras T10

Equipped with an 8 liter tank, the DJI Agras T10 spray range can reach 5 meters and has a performance of 60 acres/hour. The foldable design offers convenient carrying and easier transition functions.

Convenient and trouble-free operation

The main structure of the T10 is made of carbon fiber composite material, which ensures the strength of the whole machine while being light at the same time. The body can be quickly folded and reduced by 70% after folding, making it easy to carry. The battery and tank are designed in such a way that they can be installed and removed quickly, which greatly improves the performance of the drone.

Fully standalone and easy to use

The aircraft takes off at the push of a button. Self-contained design and automatic edge scanning offer extended spray coverage and easy operation. The T10 also comes standard with a centimeter-accurate RTK unit. The new DJI Agriculture app allows for a smoother system experience and more intuitive operation.

Precision spraying without redundancy or leakage

The Agras T10 features a four-nozzle design with an output rate of up to 2.4 liters per minute. A two-channel electromagnetic flow meter controls the nozzles for even spray and precise intensity control, critical for pesticide spraying.

Spherical obstacle avoidance system

The new spherical obstacle detection system can detect obstacles and environment in all conditions and from any angle, without worrying about dust and light blinding it. The obstacle detection system has automatic functions to avoid obstacles and track the terrain to ensure complete safety during operations.

Front and rear FPV cameras

The Agras T10 drone is equipped with two FPV cameras, which allow you to monitor the status and progress of the flight without having to turn around. At the same time, the high-brightness headlight effectively supports night operations, illuminating the road at night and allowing more operations to be performed.

Three-layer construction ensures safe liquid handling

The control unit has a completely closed structure, three-level protection of the main components, while the protection level of the whole drone is IP67. Don't be afraid of liquids, dust and fertilizers. Agras T10 is dust and corrosion resistant, waterproof and strong.

Remote control with bright screen

The new remote control provides up to 5 km stable image transmission, which ensures 67% better transmission than the previous generation. Signal transmission level and interference performance have been improved. One remote control allows you to control multiple drones. The standard high-precision unit with centimeter-accurate RTK placement and the ultra-bright 5.5-inch high-resolution screen allow you to view images even in direct sunlight. With the new DJI Agriculture app, the system runs smoothly and the job is much simpler.

Two batteries + charger for continuous operation

With fewer supporting components needed, the Agras T10 is easier to transport. A new smart battery covered by a 1-year warranty for 1000 life cycles significantly reduces operating costs. The charging station and smart charging hub can charge a battery in 10 minutes, allowing continuous operation with two batteries and one charger. Standard safety box ensures battery safety and easy equipment storage.

Spray System V3.0 for DJI Agras T10

The new spray system has a large capacity of up to 10 kg, and the optimal spray width is up to 7 meters. The spray system features real-time weight monitoring and is equipped with a spin-lock sensor. The entire system has a protection level of IP67, allows it to be washed, is resistant to corrosion and allows the use of products such as fertilizers, seeds, animal feed, etc.

3D farm in the cloud

With the smart cloud platform for agriculture, you can map and visualize your plantations, creating smart work routes. This digital agricultural solution management system is equipped with artificial intelligence and can effectively manage fields, track crop growth and monitor diseases or insects. With the help of multispectral images and combined with high-precision orthosomatic, accurate fertilization can be performed.