About the service
I offer on-site aerial surveying of agricultural fields with a mobile drone — I fly directly to your site with all necessary equipment. The service is designed for farmers, agronomists and land managers who need a quick and objective assessment of crop conditions over large areas that cannot be covered on foot in a single day.
A multirotor drone with high-resolution camera and multispectral sensor performs a field flight according to a pre-planned grid of routes at constant altitude with frame overlap. From the captured material, a unified orthophotomap of the entire field is assembled, as well as a vegetation index map that shows areas of plant stress, uneven growth and possible irrigation problems long before this becomes visible from the ground or from a tractor cab.
Typical findings — focal thinning of seedlings, signs of nutrient deficiency, waterlogged or dried areas due to uneven irrigation from a sprinkler system or drip system, pest and disease hotspots, soil compaction bands from heavy machinery. Each flight is planned taking into account weather and sun angle to avoid glare and shadows that distort readings.
The results package includes a full-resolution orthophotoplan of the field, a color vegetation index map, a brief written summary indicating the most problematic areas for ground inspection, and GPS coordinates of each marked point — so you or your agronomist can go directly to the needed location rather than inspecting the entire field blindly. Processing takes one to two days after the flight.
I visit the site with my own equipment, have a current UAV operator registration and liability insurance for agricultural work. Field area, crop development stage and desired survey frequency (single flight or season-long monitoring) are discussed before booking so the survey plan matches your actual task — whether it's timing irrigation, spot fertilizer application or documenting damage for an insurance claim.
A multirotor drone with high-resolution camera and multispectral sensor performs a field flight according to a pre-planned grid of routes at constant altitude with frame overlap. From the captured material, a unified orthophotomap of the entire field is assembled, as well as a vegetation index map that shows areas of plant stress, uneven growth and possible irrigation problems long before this becomes visible from the ground or from a tractor cab.
Typical findings — focal thinning of seedlings, signs of nutrient deficiency, waterlogged or dried areas due to uneven irrigation from a sprinkler system or drip system, pest and disease hotspots, soil compaction bands from heavy machinery. Each flight is planned taking into account weather and sun angle to avoid glare and shadows that distort readings.
The results package includes a full-resolution orthophotoplan of the field, a color vegetation index map, a brief written summary indicating the most problematic areas for ground inspection, and GPS coordinates of each marked point — so you or your agronomist can go directly to the needed location rather than inspecting the entire field blindly. Processing takes one to two days after the flight.
I visit the site with my own equipment, have a current UAV operator registration and liability insurance for agricultural work. Field area, crop development stage and desired survey frequency (single flight or season-long monitoring) are discussed before booking so the survey plan matches your actual task — whether it's timing irrigation, spot fertilizer application or documenting damage for an insurance claim.
