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Agriculture · Application

Crop Spraying

Plan and carry out aerial crop treatments with the Agras platform according to the field, crop and application requirements.

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Pain points

—Ground equipment can be slow or unsuitable in wet and uneven fields.

—Irregular boundaries and obstacles complicate consistent coverage.

—Operators need a clear record of treated areas.

Advantages

✓Plan routes around field boundaries and obstacles.

✓Apply liquid treatment from above with a suitable setup.

✓Review mission records for follow-up work.

Solution

Choose an Agras platform for the field

DJI Agras T100, T70P and T55 cover different treatment volumes. We select the aircraft, nozzle configuration and flight plan around the crop, field and application requirements.

Large-area spraying

DJI Agras T100

DJI Agras T100 spraying a field

A 100 L spray tank supports demanding operations. The standard two-sprinkler configuration reaches up to 30 L/min; four optional sprinklers reach up to 40 L/min under DJI test conditions.

  • 100 L spray tank
  • 5–13 m effective spray width, depending on conditions
  • LiDAR, vision and radar assistance
Versatile field work

DJI Agras T70P

DJI Agras T70P agricultural drone

The 70 L spray tank combines with dual-atomization centrifugal sprinklers. Flow reaches up to 30 L/min as standard or 40 L/min with four sprinklers.

  • 70 L spray tank
  • Optional mist sprinklers for suitable crops
  • Safety System 3.0 for obstacle awareness
Flexible crop protection

DJI Agras T55

DJI Agras T55 prepared for field operation

The 50 L tank and terrain-following capabilities suit crop protection where field conditions and approved treatment allow aerial application. Flow reaches up to 40 L/min with two nozzles or 50 L/min with the optional four-nozzle setup.

  • 50 L spray tank
  • 50–500 μm adjustable droplet size
  • 4–11 m effective spray width, depending on conditions
Map-to-application workflow

DJI Mavic 3M + Agras

DJI Mavic 3M for multispectral crop mapping

Scout with RGB and multispectral imagery, validate observations in the field and prepare a suitable prescription map. Then apply it with the selected Agras platform where the treatment programme supports variable rates.

  • Identify field variation
  • Prepare and verify the application map
  • Record the completed treatment
Workflow

From field boundary to application record

01 · Survey

Mark the field, obstacles and suitable operating conditions.

02 · Plan

Set route, application parameters and required safety controls.

03 · Apply

Fly the mission and review the completed coverage.

More applications

Discuss crop spraying

Tell ATTEX about the site, operating conditions and required deliverables. We can propose a suitable aircraft, payload and software workflow.

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