EUDR Geolocation Requirements: What It Takes to Submit a DDS Without Rejections

EUDR geolocation requirements are the single detail standing between your shipment and the EU market — and the one most compliance teams underestimate. If you import, export, or manufacture coffee, cocoa, soy, palm oil, rubber, cattle, or timber, you are now required to prove that every batch is traceable to the exact plot of land where it was grown. Not the region. Not the cooperative. The plot.

In plain language: EUDR geolocation requirements are the rule that you must submit precise GPS coordinates (a point or a polygon) for every plot of land used to produce a regulated commodity, attached to your Due Diligence Statement (DDS) in the EU’s TRACES system. Miss it, mis-format it, or reuse a coordinate from a past batch, and your goods can be held at customs.

Key takeaways

• EUDR geolocation requirements mean tracing every commodity back to the exact plot of land where it was produced by coordinate, not by region or farm name.
• Plots of 4 hectares or less (and cattle establishments) need a single point; plots over 4 hectares need a polygon. Coordinates must carry at least six decimal places.
• Bad or missing geolocation data is the #1 reason a Due Diligence Statement (DDS) is rejected and a rejected DDS legally blocks your shipment.
• TraceX validates geometry with a 13-point GeoJSON check, cross-references two EU-accepted satellite datasets, and submits to TRACES NT in one click cutting prep from weeks to minutes.

Geolocation isn’t “just another field” on the form. It’s the foundation your entire compliance claim stands on.

EUDR geolocation requirements, explained in plain language

EUDR geolocation requirements define exactly what location data you must collect and how precise it has to be before a DDS can be filed. The standard is unusually strict because regulators cross-check your coordinates against satellite deforestation data.

Here is what “compliant” means at the data level:

• Precision: coordinates in decimal degrees, accurate to at least six decimal places (roughly 0.1 m resolution).
• Order: in GeoJSON, longitude comes first, then latitude. Latitude sits between -90 and +90; longitude between -180 and +180.
• Polygons: at least four non-aligned points, no self-intersections, one polygon per plot — contiguous or not.
• Cut-off date: the plot must be deforestation-free after 31 December 2020, regardless of local legality.

A single faulty polygon or a reused coordinate can derail an entire shipment, trigger an audit, or block EU market access.

How do I collect plot level geolocation data for EUDR Compliance?

The format you owe depends entirely on plot size. Get this wrong and the geometry validation fails before a deforestation check even runs.

Note: a central point with a circumference is not an accepted substitute for a polygon on plots over four hectares.

Who is responsible for EUDR geolocation data and why it’s you

This is where buyers get caught out. Under EUDR geolocation requirements, the operator usually the EU-based importer or first placer on the market is fully responsible for the accuracy of the geolocation, even when a producer or smallholder supplied it.

• You can use a producer’s coordinates but the liability for accuracy is yours, not theirs.
• If the producer doesn’t sell directly into the EU, they aren’t bound by the regulation. You are.
• You must verify the geolocation matches the actual plot, which may mean capacity-building and validation support for smallholders.

GeoJSON and DDS rules behind EUDR geolocation requirements

Once coordinates are captured, EUDR geolocation requirements dictate how they’re packaged for the TRACES system. The European Commission specifies GeoJSON for encoding the geographic data a “geometry” describing the shape, plus “properties” holding non-spatial attributes.

The hard limits you cannot break

• File size: each DDS is capped at 25 MB roughly 30,000–40,000 points or polygons per file.
• Format overhead: GeoJSON is not memory-efficient and can be about double the size of a Shapefile or Geopackage for the same data.
• Geometry integrity: polygons need ≥ 4 non-aligned points with no intersecting sides; points need 6+ decimal precision.

Coordinates can originate in different reference systems (UTM, WGS84, Lambert) and file formats (CSV, KML, Shapefile, GeoJSON), managed in tools like QGIS, ArcGIS, or Google Earth but they must arrive in TRACES as clean, valid GeoJSON.

Struggling with GeoJSON errors in your EUDR workflow?

Read our blog: “How to Validate GeoJSON Files for EUDR Compliance.”

Why EUDR geolocation data fails and what each failure costs

Most rejections trace back to geolocation, not paperwork. If your supply chain runs through smallholders or aggregation points, the gaps are structural not careless.

• Aggregation destroys origin data. When a collector buys from 200 farmers in one market day, plot coordinates are often never captured. Around 85% of cocoa and 65% of coffee reaching the EU comes from smallholder farms under two hectares (European Commission EUDR guidance, 2023).
• Commingling makes verification binary. A lot that is 98% deforestation-free but 2% unverified is non-compliant the whole shipment is suspect.
• Connectivity blocks capture. With smallholders producing 80%+ of global cocoa and only ~29% internet access in Sub-Saharan Africa, online-only tools simply never collect the data.
• Records must survive five years. Every DDS and supporting dataset must be audit-ready until the EU’s first consolidated review by 30 June 2030.

A rejected DDS doesn’t just mean a fine. It means lost EU market access, broken brand trust, and a stalled supply chain.

Are GeoJSON errors slowing down your EUDR compliance process?

Read our blog: “Common GeoJSON Errors in EUDR Compliance and How to Fix Them.”

How TraceX meets EUDR geolocation requirements end to end

TraceX EUDR Solutions was built to close exactly these gaps turning fragmented field data into a TRACES-ready DDS without the manual scramble. Here’s how each capability maps to the requirement it solves.

Offline-first plot capture for smallholders

Field agents capture accurate point and polygon coordinates, photograph land records, and register farmer profiles in zero-connectivity areas data syncs automatically when a signal returns. This is the only scalable way to meet EUDR geolocation requirements across India, Africa, and Southeast Asia.

13-point GeoJSON geometry validation

Before any deforestation check runs, TraceX validates the integrity and structure of your GeoJSON through a 13-point geometry assessment confirming polygon boundaries are clean, closed, and EUDR-ready, so you catch the errors that cause DDS rejections upstream.

Satellite deforestation cross-check

Once geometry is confirmed valid, TraceX runs a deforestation risk analysis against two trusted, EU-accepted satellite datasets, verifying plots against the 31 December 2020 cut-off.

Batch linkage through aggregation

TraceX captures farm-gate transaction data at the first point of purchase which farmer, what quantity, from which geolocation, on what date creating a digital aggregation ledger that preserves plot-level traceability even as physical commodities commingle.

One-click DDS submission to TRACES NT

With an API-ready integration to TRACES NT, verified supply-chain data goes from validated to submitted in minutes instead of the days-to-weeks manual DDS preparation takes, an up-to-80% reduction in compliance prep time.

“I’m a compliance lead at an EU cocoa importer sourcing from 3,000 smallholders in West Africa with no formal land titles. I need plot-level polygons, deforestation-free proof against the 2020 cut-off, and a valid DDS reference before cargo reaches Rotterdam.” — TraceX captures the plots offline through cooperatives, validates the GeoJSON, cross-checks satellite data, and files the DDS to TRACES NT.

EUDR geolocation requirements: comparing your options

Teams typically meet EUDR geolocation requirements one of three ways. Here’s how the approaches stack up on the capabilities that actually prevent DDS rejections.

Ready to submit your EUDR Due Diligence Statement (DDS)?

Read our blog: “How to File an EUDR Due Diligence Statement (DDS): A Step-by-Step Guide.”

How to meet EUDR geolocation requirements: a step-by-step path

1. Map your supply chain first, identify every plot and sourcing tier before you collect a single coordinate.
2. Capture plot data with offline-capable mobile tools so smallholder and low-connectivity plots aren’t missed.
3. Validate geometry (point vs polygon, 6 decimals, ≥4 non-aligned points) before submission, not after.
4. Cross-check each plot against satellite deforestation data for the post-2020 cut-off.
5. Preserve batch-to-plot linkage through every aggregation and commingling step.
6. Generate and submit the DDS to TRACES NT, then retain all records for five years.

Frequently Asked Questions (FAQ’s)