REC · CASE STUDY
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Agriculture

Multispectral Crop Health Monitoring — Kakheti Vineyard Estate

A same-day NDVI flight over 62 ha of vineyard turned guesswork into a zone-by-zone irrigation plan.

62 haSurveyed area
24 hData delivery
3–5 cmRTK accuracy
DJI Matrice 4E RTK (Multispectral)Equipment
RTK FIX · ONSurvey status
The Challenge

Site & Client

Agroholding — vineyard estate

3–5 cm RTK, repeatable flight-to-flightRequired accuracy
Flight Parameters

Flight Parameters

70 mAGL
1.8 cm/px (RGB) + multispectral bandGSD
Real-time RTK Fix (NTRIP network)Positioning
34 min, 2 batteriesAirtime
80% front / 75% sideOverlap
Accuracy QA/QC

Accuracy QA/QC

01

Planimetric RMSE (XY)

≤ 4.0 cm → 2.2 cm (RTK FIX)

02

Vertical RMSE (Z)

≤ 6.0 cm → 3.1 cm

03

Max deviation

≤ 8.0 cm → 4.6 cm

Deliverables

What You Get

.TIF

High-resolution GeoTIFF orthophoto and terrain model.

.GeoJSON

Attributed layers for GIS systems.

PDF / XLSX

Earthwork or area calculations, ready for stakeholders.

Multispectral Crop Health Monitoring — Kakheti Vineyard Estate
Business Value

Business Value

01

A full-estate NDVI map was delivered in 24 h instead of days of manual row-walking.

02

Agronomists targeted scouting to the 8% of vines actually showing stress, cutting field-labor hours.

03

Early, zone-level stress detection let the estate adjust irrigation before harvest instead of after yield loss was visible.

Project Start

Request a Free Test Flight

We will survey a test area (up to 0.5 ha) of your current project free of charge. You will receive a point cloud or an orthomosaic to verify the data quality in your own CAD software before the project starts.

  • Response within one business day
  • Flight coordination accounting for airspace
  • Sample data in a format that fits your software

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