Precision Aerial Intelligence. Engineered for the Real World.

We deliver survey-grade* spatial data, bare-earth topography, and multi-spectral analysis. Fully NDAA-compliant and built for scale.

Engineering-Grade Aerial Data Collection

Precision is the baseline for complex land development and agricultural management. We capture and process verifiable spatial data through a strictly controlled operational workflow:

• Industrial Platforms: Utilizing heavy-lift and fixed-wing eVTOL aircraft capable of scaling to massive acreages.

• Survey-Grade* Payloads: Deploying calibrated optical, laser, and multispectral sensors for exact environmental capture.

• PPK Georeferencing: Applying rigorous Post-Processed Kinematic corrections to ensure centimeter-level absolute accuracy without relying on real-time network drift.

• Actionable Deliverables: Providing the foundational ground truth necessary for CAD/BIM integration, volumetric auditing, and agronomic variable-rate applications.

Our Services

Ultra-High-Resolution Photogrammetry

Utilizing 61-megapixel full-frame optics and PPK georeferencing, we produce mathematically verifiable orthomosaics and 3D meshes standardized to a 1-inch (2.5 cm) Ground Sample Distance (GSD). This spatial data integrates directly into standard CAD and GIS environments to support as-built verification, quantifiable site progress tracking, and audit-ready volumetric calculations for earthworks and stockpile management.

Survey-Grade* LiDAR Scanning (Coming Soon)

Our active, multi-return laser scanning systems are engineered to penetrate dense vegetation and underbrush to extract highly accurate bare-earth digital terrain models (DTMs). This provides the high-density 3D point clouds required for hydrological routing, utility corridor clearance analysis, and topographical surveying in complex environments where passive optical sensors are limited.

Six-Band Multispectral Intelligence (Coming Soon)

Capturing six distinct, narrow spectral bands simultaneously, this payload delivers scientific-grade vegetation indices (such as NDVI and NDRE) at high spatial resolutions. This enables agronomists and land managers to quantify early-stage physiological plant stress, classify invasive species signatures, and export precise spatial data for Variable Rate Application (VRA) workflows.