Every pass WeedBot makes builds a detailed GPS map of your weed populations — species, density, growth stage, and resistance risk. Stop guessing. Start knowing.
Most Australian farms spend thousands on blanket herbicide applications. Less than 15% of a typical paddock actually has weed pressure worth treating.
The traditional approach to weed management is essentially blind. Growers apply herbicides uniformly across entire paddocks because they don't know where the weeds are. Studies from the Australian Herbicide Resistance Initiative (AHRI) show that weed distribution in broadacre fields is highly patchy — typically 60-85% of a paddock has low or zero weed density, while a few hotspots contain the vast majority of weed biomass and seed production.
This means that blanket herbicide applications waste 60-85% of the chemical. That wasted product represents direct cost ($15-45/ha in unnecessary herbicide), selection pressure accelerating resistance development, environmental load into waterways and soil, and damage to soil biology across the entire paddock when only patches need treatment.
Precision weed mapping flips the economics. When you know exactly where the weeds are, you can target only those zones. The result: equivalent weed control at a fraction of the chemical cost, with dramatically reduced resistance selection pressure across the clean areas of the field.
The real power of weed mapping compounds over time. WeedBot builds multi-season weed histories for every paddock, revealing patterns invisible to the human eye: seedbank migration directions, resistance creep from fence lines, and the relationship between weed pressure and soil type, drainage, or previous crop history. This temporal data turns reactive weed management into predictive weed management.
WeedBot doesn't just remove weeds — it builds an intelligence layer across your entire farm.
Every weed is classified to species level and GPS-tagged. See exactly where your fleabane is, separate from your ryegrass, separate from your wild oats. Know your enemy by name and address.
Colour-coded density maps show weed pressure from zero (clean) through to critical (>100 plants/m²). Instantly identify the 15% of your paddock that needs attention versus the 85% that doesn't.
Weeds logged at cotyledon vs. 4-tiller vs. flowering stage. This data reveals germination timing patterns that inform optimal spray timing, crop competition strategies, and harvest weed seed control decisions.
When weed populations survive herbicide treatment, those zones are flagged as resistance risk areas. Track resistance spread across seasons and adjust your herbicide rotation before entire paddocks are lost.
Compare weed maps year-over-year. Is your ryegrass population declining or expanding? Are you winning the seedbank war? Hard data replaces gut feel for the first time in weed management history.
Convert weed maps directly into variable-rate application files for your sprayer. Shapefile, GeoJSON, and ISO-XML formats compatible with all major precision ag platforms.
WeedBot data flows seamlessly into the tools you already use.
| Platform | Integration Type | Data Supported |
|---|---|---|
| John Deere Operations Center | Direct API | Weed maps, VRA prescriptions, field boundaries |
| Climate FieldView | Shapefile import | Density layers, species maps |
| AgWorld / PAM | CSV + GeoJSON | Species counts, GPS coordinates, treatment records |
| QGIS / ArcGIS | Shapefile + GeoTIFF | Full spatial datasets, raster heatmaps |
| Custom / API | REST API | Real-time weed detection events, JSON payloads |
"The first time I saw a weed density map of our 3,000 hectares, it was a revelation. We'd been blanket-spraying the whole farm for 20 years. Turns out 70% of our paddocks are basically clean — we were spraying dirt. Last season we cut our herbicide bill by $62,000 using WeedBot's variable-rate prescriptions and didn't lose a single tonne of yield."
— Mixed cropping grower, Moree, NSWWeedBot exports weed maps in industry-standard formats including Shapefile (.shp), GeoJSON, and CSV with GPS coordinates. Data integrates directly with John Deere Operations Center, Climate FieldView, AgWorld, PAM, and most other farm management platforms. Raw annotated images are also available for agronomists who want to inspect individual weed identifications.
WeedBot uses RTK-corrected GPS with 2cm horizontal accuracy. Each weed identification is tagged with precise coordinates, allowing you to return to the exact location for follow-up inspection. The RTK base station is included with every WeedBot Pro unit and covers a 10km radius from the base.
Yes. WeedBot's density maps convert directly into variable-rate application prescriptions. Instead of blanket-spraying an entire paddock, you apply herbicide only where weeds were detected. Growers using this approach typically reduce herbicide volumes by 60-80% while maintaining equivalent weed control outcomes.