Slope-corrected area measurement, NDVI plant health analysis, and erosion and drainage planning for the hillside fincas that produce Costa Rica's best-known export — accurate to ±2cm and delivered in 72 hours.
Costa Rica's Central Valley and the highlands wrapped around it — Tarrazú and Santa María de Dota, the western slopes through Naranjo, Grecia, Palmares and San Ramón, the Orosi Valley behind Cartago, the flanks of Poás and Barva — grow coffee on ground that no one would choose to farm if the cup quality were not worth it. Steep, fragmented, cut by ravines, wrapped around ridgelines, and frequently split across several parcels that were inherited rather than planned.
All of that makes these farms genuinely difficult to measure. A GPS handheld walked around the boundary gives you a projected area that quietly ignores the slope. A tape and a machete take a week and still leave you guessing about the ravine. And most producers here are working from parcel documents drawn decades ago, in which the planted area, the road, the ravine and the shade trees are all just one polygon. A drone survey resolves all of it in one morning: the true shape of the ground, the real planted area, the slope of every block, and — with a multispectral pass — how each of those blocks is actually performing. To see what mapping your finca would cost, our instant quote calculator gives you a price in seconds.
Coffee work in this region breaks into four jobs. Measuring the ground accurately. Measuring the crop growing on it. Understanding where water and soil move across it. And comparing all three between one season and the next. A single flight collects the data for the first three; a scheduled second flight delivers the fourth. You can scope a one-off map or a full seasonal programme with our online quote calculator.
Slope-corrected surface area alongside projected area, with planted blocks separated from roads, ravines, windbreaks and abandoned sections — so every per-hectare figure is calculated against ground that actually grows coffee.
Multispectral imagery turned into a vigour map of the whole farm, flagging stressed blocks before the decline is visible from the rows. See our full guide to NDVI and multispectral crop health mapping.
Slope maps, contours and water-flow accumulation analysis showing exactly where runoff concentrates in the May–November rains — so contour drains, barriers and ground cover go where the soil is actually being lost.
Accurate block areas and contour data for planning staged renovation — how many plants a section really takes, where new rows should run, and what a phased replant will cost before the first hole is dug.
This is the point most producers have never had put in front of them. A parcel document records projected area — the flat outline of the farm as seen from directly above. Coffee is not planted on a flat outline; it is planted on the surface. On a uniform 20 degree slope the real surface is about 6% larger than its projection. At 30 degrees it is roughly 15% larger, and at 40 degrees, which plenty of Tarrazú blocks exceed, it is around 30% larger. A three-hectare block on paper can be closer to four hectares of ground to fertilise, prune, and pick.
That cuts both ways, and both are worth knowing. Input costs budgeted from the paper figure come in short every season. Yield per hectare calculated from it looks better than reality, which flatters a block that may actually be underperforming. And when a farm changes hands or is used as loan collateral, the difference between projected and surface area is exactly the kind of discrepancy that stalls a transaction. We deliver both numbers, clearly labelled, from the same ±2cm model — and reconcile them against the plano catastro where boundaries are in question.
Much of the region's coffee grows under shade — poró, guaba, banana and native canopy — and traditional photogrammetry can only model what the camera can see. Over a shaded block that means the survey maps the top of the canopy, not the ground beneath it. A LiDAR sensor pulses through gaps in the foliage and returns a true bare-earth surface underneath, which is what you need for contours, drainage design, and access-road planning. Our comparison of LiDAR versus photogrammetry covers when each is the right tool; on a heavily shaded Central Valley finca the answer is usually LiDAR for terrain and photogrammetry or multispectral for the crop, flown together.
Tell us the location, the approximate area, and whether you need terrain, crop health, or both. We'll respond with a detailed scope and price within one business day.
Request a Quote WhatsApp UsA family coffee operation on the slopes above Naranjo had been farming the same ground for three generations across four adjoining parcels, with a combined titled area a little over eleven hectares. The producer was preparing a staged renovation — replacing older, roya-susceptible plantings block by block over several seasons — and needed a costed plan to take to a lender. The problem was that nobody could say with confidence how much of the eleven hectares was planted coffee, how much was ravine and access track, or how many plants a phased replant would actually require.
We flew the whole holding in a single morning with terrain-following flight planning and RTK GPS ground control distributed across the elevation range, and added a multispectral pass on the same mobilisation. Processed deliverables were back with the producer inside 72 hours: a bare-earth terrain model, 0.5m contours, a slope map, block-by-block projected and surface areas, and an NDVI vigour map of the entire farm.
That is the recurring pattern on these farms: the survey does not just describe the finca, it changes a decision that was about to be made on assumed figures. Scope your own farm survey with our online quote calculator.
Two things determine whether a hillside farm survey is survey-grade or merely decorative. The first is terrain-following flight planning. An aircraft flown at a fixed altitude above its takeoff point on a farm with 300 metres of vertical relief ends up 30 metres above the ground at one end of the block and 200 metres above it at the other, producing inconsistent resolution and accuracy that collapses at the extremes. We plan flights against an elevation model so the aircraft holds a constant height above the surface throughout. The second is ground control placement: RTK GPS points distributed across the full elevation range, not clustered near the road at the bottom where they are convenient to reach. Both take longer in the field, and both are why the numbers hold up. Our guide to drone survey accuracy in Costa Rica explains the control network in detail.
All commercial drone operations in Costa Rica are regulated by the Dirección General de Aviación Civil (DGAC), and the requirements apply consistently across every region we serve:
Airspace is a genuine planning factor in this region rather than a box to tick. The Central Valley contains the country's busiest controlled airspace around Juan Santamaría (SJO) in Alajuela and Tobías Bolaños (SYQ) in Pavas, and farms in the western valley through Grecia, Naranjo and Palmares can sit closer to those corridors than their owners expect. Farms in Tarrazú and Dota are generally clear of it but sit at high elevation with fast-moving cloud, which is a flight-window constraint rather than a regulatory one. We check the airspace for your coordinates before quoting, and we will tell you up front if a location needs authorisation or cannot be flown.
Our survey team mobilises throughout the Central Valley and surrounding highlands with full equipment — LiDAR, photogrammetry and multispectral payloads, RTK GPS base station, batteries and field laptops. On highland farms we schedule for the clear morning window before cloud builds over the ridges, which in Tarrazú and Dota is a real constraint on when useful data can be collected rather than a preference.
Want the broader picture of surveying in the region? See our Central Valley drone survey overview, or our national guide to agricultural drone surveys in Costa Rica.
Every Central Valley coffee farm survey includes a full set of processed outputs ready for your agronomist, engineer, cooperative, or lender:
Deliverables are compatible with AutoCAD, Civil 3D, ArcGIS, QGIS, and the major farm-management and GIS platforms. We also provide KMZ overlays for Google Earth so block boundaries and NDVI layers can be opened on a phone in the field. For a full breakdown of pricing, see our 2026 Costa Rica drone survey cost guide.
Drone Survey Central Valley Costa Rica — Regional Overview
NDVI & Multispectral Crop Health Mapping
Agricultural Drone Surveys in Costa Rica
Drone Flood & Drainage Mapping
LiDAR vs Photogrammetry — Which Is Right for Your Project?
Costa Rica DGAC Drone Regulations 2026
Yes, and on steep ground the answer is usually not the number in the paperwork. A plano catastro records the flat, projected area of a parcel — the shadow it casts from above. A coffee block planted on a 30 degree slope has substantially more real surface than its projected area, and the planted portion rarely matches the parcel outline once you subtract ravines, access roads, windbreaks, shade trees and abandoned sections. We measure both the projected area and the true surface area from a ±2cm terrain model, then separate genuinely planted ground from everything else, so yield-per-hectare and input costs are calculated against a real denominator.
Often, yes. A multispectral sensor records near-infrared reflectance, which drops when a plant is under stress from drought, nutrient deficiency, root disease or heavy roya pressure — typically before the change is obvious to the eye at ground level. The output is an NDVI map of the whole farm on one page, showing which blocks are performing and which are declining. It does not diagnose the cause; it tells your agronomist exactly where to walk, which on a fragmented hillside farm is most of the value.
It makes it more valuable and more demanding to do properly. Terrain-following flight planning is essential — a flight flown at a fixed altitude above a takeoff point on a hillside farm produces wildly inconsistent ground resolution and unusable accuracy. We plan flights against an elevation model so the aircraft holds a constant height above the ground surface, and we place RTK GPS control across the elevation range rather than clustering it at the bottom. That is the difference between a survey-grade deliverable and a pretty picture.
This is one of the strongest cases for it. From a ±2cm terrain model we generate slope maps, contours and water-flow accumulation analysis showing exactly where runoff concentrates during the heavy rains between May and November. That tells you where to place contour drains, living barriers, terraces or ground cover — targeted at the few hundred square metres actually losing soil, rather than spread thinly across a whole farm. See our guide to flood and drainage mapping for the full method.
Base pricing starts at $1,000 USD for up to 5 hectares, including the flight, RTK GPS ground control, full processing and all deliverables. Larger fincas are quoted at $80 per hectare. Adding a multispectral NDVI pass to a topographic flight costs less than commissioning it separately, and repeat seasonal flights are discounted against a single mobilisation. Because the Central Valley is close to base, mobilisation to Tarrazú, Naranjo, Grecia, Palmares or Orosi is straightforward and we confirm scope and price within one business day — request a quote here.
From a two-hectare family finca above Grecia to a multi-parcel holding in Tarrazú, we typically confirm availability and quote within 24 hours.
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