A single LiDAR capture supplies a remarkable range of downstream deliverables — geometry, surfaces, vectors, models, reports and time-series products. The explorer below walks through what each is, what it's for, and which industries use it most.
The base output of every LiDAR capture. Millions of geo-referenced 3D points classified by category (ground, vegetation, structure, water, noise) and packaged for direct ingestion into every downstream tool.
The single source of truth. Every other deliverable on this list is derived from this cloud — so getting it classified correctly, validated to control, and packaged in the right format is the first thing to get right.
Each output is derived from the one before it, with the classified point cloud at the base. Knowing the chain helps you scope a capture for the deliverable you actually need without paying for everything upstream of it.
Multi-return capture, geo-referenced to control, classified by ground / structure / vegetation / noise.
Bare-earth and surface-of-things rasters / TINs / LandXML — the layers most engineering tools consume.
Extracted vector features for design, drafting and digital-twin workflows.
Period-on-period analytics, asset registers, signed engineering reports.
Civil, mining, utilities, road and rail corridors, vegetation, flood, stockpile, property, asset inspection, environmental and drainage — 13 verticals with their own page.
Six questions, real engineering weighting, no email gate. We'll recommend LiDAR, photogrammetry, traditional ground survey or a hybrid workflow for your project.
Most projects only need a subset of what's on this page. Tell us which outputs you actually need and the industry context — we'll price the capture to suit.