Every parcel has a future hiding in it — where the house wants to sit, where the olives will thrive, where water gathers in the heat of August. We read your land in five layers and hand you a 18-page dossier you can build a life around. One PDF. Yours to keep.
Satellite-derived terrain analysis · five layers · ten maps · 18-page PDF in 2 minutes — computed live for your parcel.
A parcel is a shape, not a pin — its edges decide where water settles, where the sun lands, where the slope gives way. Click around your boundary and we’ll read the land you’ve drawn. The first layer is free, and you can stop right there if you like what you see.
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Trace a parcel anywhere we have coverage and the pipeline reads it directly. Four public datasets, computed against your boundary, composed into one honest read.
Every figure is computed against your boundary, not estimated from your region.
Computed for the boundary you drew, not your region. Works almost anywhere in the world — at the highest resolution your country offers. Your dossier is yours to keep.
Pick a layer. The map recolours, the answer follows. Thirty seconds end-to-end.
See the actual 18-page PDF ↓A 1.2-hectare Mediterranean parcel with exceptional solar exposure held back by water scarcity. 99% of the parcel faces south at 5.1 kWh/m²/day — strong both for off-grid PV and for olives, figs, and stone fruit. Annual rainfall of 508mm with five months below 30mm means stored water is non-negotiable. Gentle terrain (4% peak grade) but the 492 m² largest flat pad limits building footprint to a modest single-storey dwelling.
A 1.2-hectare Mediterranean parcel near the Strait of Gibraltar. The site reads as a sun-drenched, gently rolling plot with exceptional growing potential held back by water scarcity. The terrain is easily accessed and predominantly south-facing, supporting near year-round cultivation, yet the small flat building pad and absence of natural pond sites mean any development must work around tight footprints and engineered water storage. Strong on solar, constrained on water.
The site spans an elevation range of just 25 metres, captured at 2-metre LiDAR resolution — a gentle, rolling landscape rather than dramatic relief. The largest contiguous flat area measures 492 m² — tight but viable for a single dwelling of roughly 100–150 m² footprint with surrounding terrace, garage, or small outbuilding. Drainage across the building zones is good, reducing the risk of foundation moisture. Access is genuinely easy: a maximum approach grade of 4% means standard vehicles, delivery trucks, and construction machinery can reach the site year-round without specialised equipment. Larger structures such as barns or workshops would require terracing or splitting across multiple smaller pads.
“The trade-offs are real and surveyable. Nothing about this parcel is hidden.”
Annual rainfall of 508 mm sits at the lower edge of what rain-fed Mediterranean agriculture can sustain — workable for olives, vines, almonds, and drought-adapted crops, but insufficient for thirsty horticulture without supplementary irrigation. The seasonality is sharply pronounced: November is the wettest month at 88 mm, while July receives just 0.6 mm and August only 1.6 mm. Five months fall below 30 mm, creating a long, severe dry season from May through September. Critically, the terrain shows zero viable natural pond or dam sites — the gentle relief offers no concentrated catchment basin. Plan for engineered storage: rainwater harvesting from roofs into cisterns, or an excavated tank, typically €3,000–€15,000 depending on capacity.
Solar exposure here is exceptional. 99% of the usable area faces south or southwest, capturing maximum incoming radiation across the day, with minimal terrain shading from neighbouring slopes. The solar resource averages 5.1 kWh/m²/day — well above the 4.0 threshold most rooftop or ground-mount PV systems target. For cultivation, 57% of the parcel — roughly 0.9 hectares with slope under 12° — is workable for crops, gardens, or orchards. With 365 frost-free days and 3,180 growing degree days, the climate supports an unusually broad palette: citrus, olives, figs, almonds, stone fruit, table grapes, and most Mediterranean vegetables can ripen here.
The thermal regime is unmistakably warm-Mediterranean. The coldest month averages 13.8°C in January, climbing steadily to 24.0°C in August, with September and October still holding above 20°C. Winters are mild — frost-sensitive plants such as citrus and olives can remain in the ground year-round without protection. The dry season is the dominant climate constraint: four-to-five consecutive months below 30 mm impose real drought stress on unirrigated systems. With 3,180 growing degree days, the site has thermal capacity to ripen long-season crops including wine grapes, citrus varieties, and even some heat-loving cultivars that struggle in cooler Mediterranean zones.
Fire. The EU JRC fire-perimeter archive records one fire within the 5-km query area in the 5-year window — measurable wildfire history for this part of southern Spain. Structural conditions are also present: five consecutive dry months, 24°C summer peaks, 99% south-facing aspect, and moderate fire-season wind. The combination puts this site in the Strategy-led band of the Mediterranean reference scale (score 40/100, not the higher Excellent/Strong bands). Design implications: budget €500–€2,000/ha for annual defensible-space brush clearance, site flammable structures (woodshed, hay storage) away from the main dwelling, and favour fire-resistant species (olive, fig, almond) over flammable ornamentals like Cupressus monocultures or eucalyptus.
Flood. Low vulnerability. The 25 m elevation range drains well, the dry-month dominance limits saturation events, and the parcel shows no concentrated drainage convergence points that would create standing-water risk. The 88 mm wettest-month total is concentrated but not extreme. Formal flood-zone mapping is not yet integrated in this dossier — check the national hazard map (PNOA/SIG) before final siting near any concave drainage lines spotted on site.
Exceptional solar profile (99% south-facing, 5.1 kWh/m²/day) makes this an ideal site for combined PV generation and warm-season cultivation. Zero natural pond sites means budgeting €3,000–€15,000 for an excavated tank or rainwater harvesting as a foundational investment, not an upgrade. Summer drought risk demands storage sized for at least 90–120 days of irrigation autonomy. The 492 m² flat pad limits building footprint to a modest single-storey dwelling — verify with local planning before assuming larger structures are feasible. This analysis is based on satellite and elevation data. It does not assess soil conditions, legal constraints, or factors requiring a site visit. On-site inspection is recommended before purchase or major development.
The layers compute the data; the maps make it readable. The five core layers — water, sun, slope, climate, vegetation — power the headline answer above. All ten maps are below, and any thumbnail enlarges on click: satellite, solar aspect, sun sectors, slope, elevation, topographic contours (with water-flow streams and clean), hillshade, the wetness map, and the local climate insights page.
Every claim in the dossier traces to a named source. Elevation prefers national LiDAR (PNOA in Spain, EA Composite in the UK, AHN4 in the Netherlands, swissALTI3D in Switzerland, USGS 3DEP across most of the United States) and national 5–10 m DEMs across France, Portugal, Austria and Norway, falling back to Copernicus DEM GLO-30 (ESA, 30 m) globally. Imagery is Sentinel-2 at 10 m, five-year composite. Climate is a decade of NASA POWER reanalysis (2014–2023).
We do not assess soil chemistry, legal constraints, water-rights paperwork, or anything requiring a site visit. Confidence bands are reported per layer in the dossier — and if we drop below 70% confidence on any layer, we say so on the page or refund.
Composite scenarios drawn from beta testing — names and locations withheld pending consent.
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Buyers who walk into the wrong parcel lose €18,000–€80,000 to grading, drainage, or access fixes. The Decision Report starts at €249.
The agronomist uses the same Sentinel imagery and DEMs we do — unless they bring a drone, the data is identical. The difference is what you pay for it, how long it takes, and whether the answer is consistent. Below, the math.
We don’t replace the agronomist — we tell you whether the parcel deserves one. Agronomist costs reflect 2024–25 quotes for full rural-land assessments, including travel, sampling, and certified write-up.
2 minutes. 18 pages. Yours to keep.
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