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Geospatial · Precision Agriculture and Forestry

Precision Agriculture

Collect timely, georeferenced field data to understand crop variability and guide targeted decisions.

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Pain points

—Field scouting alone can miss small or scattered areas needing attention.

—Manual sampling limits how frequently entire fields can be checked.

—Visual observation provides only part of the picture of crop condition.

Advantages

✓Aerial surveys cover large areas and locate observations on a map.

✓Repeatable flights reveal changes across the growing season.

✓RGB, multispectral and LiDAR data support different agronomic questions.

Solution

Five ways to capture field intelligence

Choose the sensor and deployment method for stand count, vegetation health, biomass or regular monitoring.

Stand count mapping

DJI Matrice 4E

DJI Matrice 4E

Capture high-detail RGB imagery for mapping and compatible third-party stand count analysis.

  • Portable field deployment
  • Georeferenced crop imagery
  • Data suitable for targeted analysis
Multispectral sampling

DJI Mavic 3M

DJI Mavic 3M

Collect RGB and multispectral bands in one mission to examine vegetation indices and create prescription maps.

  • Green, red, red-edge and near-infrared capture
  • Field health comparison over time
  • DJI Terra processing for analysis
High-resolution crop imagery

DJI Matrice 400 + Zenmuse P1

DJI Matrice 400 + Zenmuse P1

Full-frame imagery supports detailed views of crop structure and selected image-based detection models.

  • Large-area high-resolution surveys
  • 45 MP full-frame capture
  • Compatible third-party analysis workflows
Biomass and landscape

DJI Matrice 400 + Zenmuse L3

DJI Matrice 400 + Zenmuse L3

LiDAR and RGB data provide 3D structure for volume, terrain and biomass-related analysis.

  • Point clouds and surface models
  • Survey extensive fields efficiently
  • Export for specialist classification tools
Routine field sampling

DJI Dock 3 + FlightHub 2

DJI Dock 3 + FlightHub 2

Scheduled missions provide repeatable imagery for long-term monitoring without a visit for every flight.

  • Frequent capture across the season
  • Remote mission management
  • Share results with agronomy teams
Workflow

Turn field data into action

01 · Capture

Set the crop question, sensor and repeatable flight plan.

02 · Process

Create field maps, vegetation indices or point clouds with suitable software.

03 · Decide

Review variability and export results for crop management or prescription workflows.

More applications

Discuss precision agriculture

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

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