Top 5 Drone Mapping Services for Pahang Durian Farms

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1. Aerodyne Group

Aerodyne is the heaviest hitter on this list. Their Pahang deployments typically use the DJI Matrice 300 RTK or a fixed-wing eBee X for blocks above 200 hectares. For durian, that matters less for the 2-hectare smallholder and more for the consolidated estates near the Raub–Lipis corridor, where a single flight plan must cover multiple ridges without crossing into adjacent forest reserves. Aerodyne compensates for the 22-degree average slope on Raub granite formations by tagging every image with RTK coordinates from the JUPEM MyRTK network, then feeding the capture into Pix4Dfields. Deliverables come as GeoTIFF, DXF contour packs, and a Shapefile of individual tree canopies extracted using a watershed segmentation script. They have their own CAAM RPL holders, so no subcontracting delays in controlled airspace near the Bentong–KL border.

2. Aonic Sdn Bhd

Aonic (formerly known as Aerodyne Agriculture, before rebranding) focuses specifically on estate agriculture. Their durian workflow runs a DJI Phantom 4 Multispectral at a 60-metre altitude, producing 3.5 cm per pixel resolution over a 20-hectare block in about two batteries. The output is processed through their internal platform, which generates NDVI, NDRE, and a canopy-cover percentage per tree. That last number is the one Aonic pushes hardest for durian clients, because an overclosed canopy on Malaysian D197 (Musang King) blocks stops fruit-set at the top third of the tree. Aonic’s data is delivered with prescription maps for their AGRAS T30 spray fleet — if the map says the lower canopy is thin, you get a targeted fungicide pass, not a blanket spray. They service the Pahang highlands from their base in Subang, with a 48-hour turnaround from raw flight data to usable field maps.

3. Meraque

Meraque is the smallholder specialist. If you sit on 5 to 15 acres on the hilly outskirts of Temerloh or Karak, Aerodyne won’t return your call, and Aonic’s minimum fee will sting. Meraque works your plot instead. They fly a regular DJI Phantom 4 RTK with a 20-megapixel RGB sensor and a portable GCP board set, which is enough to produce a 1:500 orthomosaic that you can actually use for drainage re-routing and to count trees. Their standard deliverable is a PDF farm report plus a KML file you can load into Google Earth while walking the farm. They also run a smaller-scale NDVI tier using a MicaSense RedEdge-MX on the same airframe. Because Meraque is based in the state, they know the weather window — flights only go up between 7:30 AM and 11:00 AM in the drier months, which cuts repeat-capture costs on overcast days.

4. Drone Height Sdn Bhd

Drone Height is a survey-grade operation, not a crop analytics firm. That makes them the right choice for land clearing and terracing design, not for weekly NDVI checks. For a new durian plot on a 35-degree slope in Bentong, their pilot will lay 20 to 40 checkerboard GCPs across the Polygon, fly a DJI M300 with a Zenmuse L1 LiDAR payload, and return a full point cloud with ±2 cm vertical accuracy. From that, a civil engineering partner generates earthwork volume calculations, terrace bench alignment, and access-road gradients. Durian planters use this to decide where to cut and where to leave natural contours, which directly affects the rootball stability of grafted seedlings in the first two years. Drone Height does not include processing software in the package; you pay separately for the CAD extraction, but it saves you from overbuying earthmoving hours.

5. Geo-Drone Solutions

Geo-Drone Solutions rounds out the list as a geospatial consultancy with a long track record in Pahang’s plantation sector, mainly oil palm and rubber. They now apply the same workflow to durian land, using the Garudaview or Leica Geosystems processing stack instead of the consumer DJI Terra routes. Their advantage is historical data: they hold multitemporal aerial imagery of parts of Raub from before the durian boom, so they can show you land-use change — where old rubber stands have been clear-cut, whether previous crop rows are still causing compaction lines in the soil, and which drainage paths existed during the 2021 floods. That kind of context is not in a single drone flight. Their output mostly targets agrofinancial clients, i.e., banks and investors doing due diligence on orchard purchases, so their reports include volumetric canopy layer overlays and estimated tree counts with a confidence interval.

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