A tree census, not a sample
Every canopy detected on the orthomosaic and reviewed on screen. You know how many trees there are per block, where they are and their canopy diameter.
Citadelta brings to citrus the same method it proved in agave: drone flight, orthomosaic, detection of every canopy, and a tree inventory you compare flight after flight. With NDVI and NDRE vigor lenses to see which blocks need attention.
Persian lime in Colima and Michoacán · The same engine works for orange, grapefruit and mandarin · Send us your imagery from any country
What we proved counting millions of agaves, applied to the orchard: a tree inventory that is measured, reviewed and compared from one flight to the next.
Every canopy detected on the orthomosaic and reviewed on screen. You know how many trees there are per block, where they are and their canopy diameter.
NDVI and NDRE lenses computed from the drone's multispectral bands over the whole orchard, to spot where vigor drops before it shows from the road.
A harvest estimate per block from the trees counted and the age of the planting, calibrated with what you actually harvest; and a cost and income plan with yearly harvests to know when the orchard pays off.
Only what is already switched on and proven in real orchards. What comes next is announced when it is ready.
Detection of every canopy on the drone orthomosaic, with canopy diameter per tree and assisted review to correct what the image does not show. A complete orchard census, not a sample.
Every orchard georeferenced on its orthomosaic, with NDVI and NDRE vigor lenses derived from the drone's multispectral bands, to see which blocks are doing well and which need attention.
Trees per orchard and block, with history per flight: how many there are, how much they have grown and which gaps appeared between one campaign and the next.
Orders and costs per orchard and flight campaign, so each block's economics live next to its inventory.
Lay out a new orchard over satellite imagery: rows at the spacing you choose, roads and zones, with terrain, climate, soil suitability and a cost and income simulation with yearly harvests.
An estimate per block from the trees counted and the age of the planting, calibrated with the harvests you record. Every figure comes with its source and its margin of error.
A cost and income plan per orchard over the cycle, with yearly harvests, comparison against actual spending and NPV and IRR projection.
An index calculator (NDVI, NDRE, SAVI and more) over the orthomosaics, to read crop vigor and stress precisely.
Polygon and flight route management, solar calculation and drone-exportable plans, with schedule and pilot assignment.
We plan and fly the orchard with a multispectral drone, or process your own flights. Ikkarus organizes polygons, pilots and schedule.
We build the orthomosaic and detect every canopy; the reviewer corrects on screen whatever the image leaves in shadow. Every correction improves the model.
Trees per block, vigor lenses and per-campaign costs in one place, on the web and in Argos from the field.
Two native mobile apps take Citadelta to the field: one to consult your crop, one to run the drone flights that feed the data.
For growers and tequila houses · iOS + Android
Turns photogrammetry, plant counts and multispectral analysis into a field reference tool. Review your plots, their inventory and crop health, navigate to them and generate reports from your phone — even without signal.
For the drone pilot team · Android · DJI controller
A native app for the flight team that replaces the DJI controller web app. Plan, assign and execute flight campaigns with Waze-style navigation — faster, built for the field and usable without signal.
Both apps sign in with your Citadelta account and share the same platform — field data and flight data always in sync.
Book a 30-minute demo and we'll show you, on your own orchard, what a drone-based tree inventory looks like.
Or write to us at [email protected] · Jalisco, Mexico · For growers, orchard managers, agronomists and processors anywhere