As-Applied
  1. 1 Choose Method
  2. 2 Enter Details
  3. 3 Download or Import

No flight data?
Draw it from the boundary.

Upload the field boundary and enter what was applied. You'll get the same as-applied maps, built from the boundary shape at one uniform rate.

2 Boundary & Application Details

The outline of the treated area, exported from Ops Center, drawn in Google Earth, or from any mapping tool. Multiple fields are handled automatically: upload several files, or one file holding several named boundaries, and you get one finished map per field.

Polygons drawn around anything inside the field that wasn't sprayed: ponds, waterways, treelines, buildings. They're cut out of the coverage, the simulated passes break around them, and acres and total product exclude them. If your boundary KML already has the obstacles cut out as inner rings, they're picked up automatically and this upload isn't needed.

Check this when the uploaded boundaries are sections of the same field (a farm split by a waterway or road). Everything merges into one map with one name, so it uploads to John Deere as a single layer instead of one per section.

Leave blank to use the name inside the KML (or the file name). With multiple boundary files, each keeps its own KML name.

One uniform rate across the whole boundary. Total applied is calculated for you (rate × acres).

Written into the map and shown on the field's work record in Ops Center.

The tank mix that was applied. Written into every map: it shows in the John Deere layer details, the shapefile attributes, and as products on the ISOXML work record. Separate chemicals with + or ; for clean records.

How to simulate the coverage: back-and-forth route passes, a lap around the field edge, or both. Boundary Only draws just the one-swath band along the edge, not the whole field.

The heading the drone flew its passes. Coverage is simulated as passes in this direction, one swath apart, clipped to the boundary.

How wide each simulated pass sprays. Together with the direction of travel, this shapes the coverage and the pass lines written into the work-data file. 23 ft is typical for a T50.

When to Use This Mode

  1. You don't have the DJI export. The job was flown with other equipment, by a different operator, or the logs are gone.
  2. The whole field got the same rate. This mode paints the boundary as applied at one uniform rate, so it's honest only for blanket applications, not variable-rate or partial jobs. The result is a reported-application record, not a flight log; the map's description in Ops Center says so.
  3. You still get everything. The same downloadable bundle (ISOXML work data + shapefiles) and the same one-click send to John Deere Operations Center.