Vision, navigation, and data systems engineered to make every acre legible from the air.
Dual onboard CNN inference performs canopy stress, disease, and weed detection at 15fps — entirely on the aircraft, with no cloud dependency and no latency between sensing and decision.
Dual RTK-GPS and IMU fusion delivers sub-2cm positioning, while 3D stereo obstacle detection keeps the aircraft safe among trees, poles, and terrain across complex fields.
Dual-channel telemetry streams NDVI, NDRE, and thermal layers to the ground, exporting field-ready GeoTIFF and shapefile products that drop straight into farm management systems.
Three patents are on file covering our variable-rate atomizer control, canopy-relative RTK path planning, and onboard multispectral stress-classification pipeline.
Each filing protects a system validated in the field — not a concept on paper.
HP-Ridge X terrain-mapping trials are underway, alongside next-generation swarm coordination research for multi-aircraft coverage of large operations.
Certification-readiness work continues toward commercial deployment.
RTK Navigation Accuracy
On-Device AI Inference
pts/m² LiDAR Resolution
Multispectral + Thermal
Sub-2cm RTK accuracy with dual-redundant GPS/IMU fusion.
Rugged composite airframes, 120+ min endurance, hot-swap batteries.
Onboard AI for crop stress, disease, and weed detection — no cloud dependency.
Extended endurance and an 8-band sensor package.
Multi-drone autonomous coordination for large operations.
Fixed-wing + VTOL convertible platform.
Fully autonomous field operations, no pilot required.
Deep dive into Highland Pines sensor fusion, AI architecture, and field validation results.
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