DJI Agras T25

Maximum flying altitude: 100 metres (subject to local regulations, contact your local dealer).

Maximum control range: 2,000 metres.

Maximum flying speed: 10 m/s.

Maximum operational flying speed: 10 m/s.

As with conventional quadcopters, the diagonally opposed motors rotate in the same direction to keep the drone balanced. The rotors on the front left (M1) and rear right (M3) arms turn anti-clockwise (CCW), while the front right (M4) and rear left (M2) rotors turn clockwise (CW).

• Droplet size: 50-500
• The droplet size can be adjusted manually or set to one of six predefined levels: Very Coarse, Coarse, Medium, Fine, Very Fine and Extremely Fine.

No.

1. Multidirectional obstacle detection in the horizontal plane, as well as automatic obstacle bypassing (Obstacle Bypassing) in the direction of flight (the drone's nose).
2. Terrain adaptation (Terrain Follow) on very steep slopes.

1. These functions can be used during AB flight routes and fully automatic commands, but not during manual (manual) routes.
2. The light intensity should be moderate (sufficient daylight), the environment should have clear textural features and the binocular vision system should be free of spots or blockages.
3. Active Obstacle Bypassing is supported at a flight altitude of 2.5 to 8 metres. Terrain Follow is supported at a flight altitude of 1.5 to 30 metres.
4. Bypassing obstacles is not recommended near power lines or guy wires.

Slopes of up to $20^circ$ can be measured.
*To ensure a high success rate in surveying and mapping, the T25 automatically adjusts its flight speed based on the slope angle. The steeper the slope, the lower the speed.

Area Route (Area Measurement): Measures and maps the entire selected area, automatically detecting plot boundaries and obstacles.

Boundary Route (Boundary Measurement): Measures and maps only the outermost area 20 metres wide along the plot boundary. This mode is ideal for quickly measuring very large areas and is particularly suitable for plots without obstacles.

Yes, orchard and field routes are compatible with other DJI Agras T-series drones. Before starting the mission, though, always check operational parameters such as plot boundaries (field margins), track width (route distance) and flight speed.

Yes.

No, it is not included as standard.

Yes. The 1.5-metre charging cable from the D12000iEP can be purchased separately and used for the D6000i.

If you want to charge quickly with a third-party generator, choose a generator with a 220 V - 240 V output and a minimum output power of 6 kW.

Connect the phase wires (marked L), neutral wires (marked N) and earth wires (marked PE) of the C8000 Smart Charger's two fast-charge cables to the phase, neutral and earth wires of the generator, respectively.

The T25 spreading system supports the switch to smaller metering slides (hopper gates). This makes spreading at low flow rates significantly more accurate.

No.

Yes, the DJI AGRAS T25 is equipped with the new DJI O3 transmission system with four antennas. This ensures smoother image transmission during high-crop operations. It significantly improves the signal quality of video transmission.

No, this is an optional module.

The DJI AGRAS T50, DJI AGRAS T25, DJI AGRAS T40 and DJI AGRAS T20P.

1. When using the Relay, make sure there are no obstacles between the remote control and the Relay, and between the Relay and the drone.
2. Make sure the Relay is placed at least 2 metres higher than surrounding obstacles to ensure interference-free signal transmission.
3. Do not use the Relay during thunderstorms.

No.

The Phantom 4 RTK, Phantom 4 Multispectral, DJI Mavic 3 Multispectral and DJI Mavic 3 Enterprise are supported. Photos taken with non-DJI drones are not supported.

Scenarios for arable (fields), orchards and multispectral applications can be reconstructed.

The upload limit for a single mission is 20,000 photos, including photos in TIF format. We recommend uploading no more than 10,000 photos per mission.

Elevation analysis (Elevation Analysis): Monitor elevation data to analyse land flatness. This provides support in levelling plots to increase efficiency.

Crop growth monitoring: Observe crop growth through NDVI and other vegetation indices to identify seedling emergence, nutritional status, weed spread, water stress and other conditions. This increases the efficiency of crop inspections (field scouting).

Task maps (Prescription Maps): Generate task maps for variable fertilisation and crop protection based on crop growth monitoring results. This ensures even crop growth and reduces the use of chemicals.

Fruit tree counting: Automatically count the number of fruit trees in an orchard.

Survey and map orchards and fields: map working areas and plan fully automatic routes for Agras drones.

Arable carthography: generate high-resolution maps in which plot boundaries are automatically recognised, allowing users to accurately measure the cultivated area.

DJI SmartFarm Web is currently available as a free trial. Follow official channels for future updates.