
High-precision laser scanning from altitude — capturing dense 3D point clouds that penetrate vegetation to reveal true ground terrain.
"Standard photogrammetry cannot see through trees or thick vegetation, making it difficult to map true ground levels in forested or overgrown areas. LiDAR (Light Detection and Ranging) uses laser pulses to penetrate the canopy, delivering accurate terrain data where other sensors fail."
Capturing dense point cloud data for detailed site modelling.
Filtering non-ground points to reveal the true site topography.
Mapping ground terrain and tree metrics through dense canopy.
Detailed mapping of powerlines and rail where vegetation is a factor.
Capturing accurate bare-earth models for hydraulic studies.
We define the site, objective, deliverables, access constraints, and safety requirements.
We review airspace, permissions, weather, take-off areas, and operational constraints.
The flight is completed using the appropriate drone, sensor, and capture workflow for the outcome.
Imagery, maps, or data are processed into a usable, high-fidelity client-ready format.
Final assets are issued via our secure terminal with clear next-step guidance.
This service is a core component of our specialized commercial packages, designed to provide comprehensive site intelligence at a fixed investment level.
Explore complementary services to enhance your asset visibility and operational efficiency.
high-detail precision topographic surveys, orthomosaic maps, and LiDAR point clouds — delivered faster and at a fraction of the cost of traditional ground survey methods.
Stockpile and earthworks volume measurements for construction, quarries, and aggregate sites — delivered with repeatable visual records.
High-resolution, georeferenced aerial maps with 1-3cm per pixel detail — perfect for site management, progress tracking, and as-built verification.
It can capture ground levels through vegetation and is highly accurate over complex geometry.
We can achieve high densities suitable for professional terrain modelling.
For mapping terrain under trees, yes. For visual realism, photogrammetry is often preferred.
Deployment-ready aerial intelligence for commercial, industrial and infrastructure assets.