Transform aerial imagery into precise 2D orthomosaics and detailed 3D models. Measure, analyze, and share your entire site with centimeter-level accuracy.
Manual surveys are slow, expensive, and outdated before they're complete
Ground-based surveys take weeks to complete and process, delaying critical decisions
Every site change requires surveyors to return, driving up costs exponentially
Hard-to-reach areas and large sites remain unmapped or poorly documented
By the time surveys are processed, site conditions have already changed
From point clouds to orthomosaics, our platform delivers survey-grade 3D data for any project.
Generate dense point clouds with millions of data points for precise terrain and structure modeling.
Create high-resolution, georeferenced aerial maps perfect for planning and documentation.
Measure distances, areas, and volumes directly from your 3D models with centimeter precision.
Generate DEMs and DSMs for terrain analysis, cut/fill calculations, and drainage planning.
Explore your site from any angle with our browser-based 3D visualization platform.
Share models with stakeholders via secure links. No software installation required.
Our automated pipeline turns drone imagery into ready-to-use 3D data in hours, not weeks.
Automated drone flights capture overlapping imagery
operator stitches images into 2D maps and 3D models
Measure, compare, and extract insights from data
Export to CAD/BIM or share via interactive viewer
Automated drone flights capture overlapping imagery
operator stitches images into 2D maps and 3D models
Measure, compare, and extract insights from data
Export to CAD/BIM or share via interactive viewer
Transform your surveying workflow and see immediate results with drone-powered 3D mapping
Complete site surveys in hours instead of days with automated drone mapping
Achieve survey-grade accuracy for reliable measurements and volume calculations
Reduce surveying costs by eliminating manual ground surveys and repeat visits
Capture every corner of your site including hard-to-reach areas safely from the air
From earthworks to inspections, precision mapping delivers value across the construction lifecycle
Track cut/fill volumes, monitor stockpiles, and verify grading progress with precise elevation data
Learn moreCreate accurate base maps for design, overlay proposed structures, and visualize projects in context
Learn moreGenerate permanent 3D records of completed work for handover and future reference
Learn moreInspect facades, roofs, and structures with detailed 3D models without scaffolding
Learn moreGenerate all the mapping outputs you need from a single drone survey
Join construction teams using drone-powered 3D mapping to cut survey time and improve accuracy
Request a DemoPhotogrammetric drone surveys achieve 1–3 cm horizontal and 2–5 cm vertical accuracy when ground control points (GCPs) are used. Without GCPs, accuracy is 5–10 cm. LiDAR surveys achieve 1–2 cm in all axes. Required accuracy depends on use case: earthwork volume calc needs ≤2cm, progress tracking tolerates 5cm.
Best practice: weekly during active construction phases, monthly during early site prep or finishing stages. Critical milestones (foundation pour, slab casting) warrant immediate pre/post flights. Annual or one-off surveys miss trend data — weekly flights enable cut/fill volume tracking and early deviation detection.
Yes. Drone-derived point clouds export as .LAS/.LAZ or .FBX and overlay directly on Revit, Navisworks, or Bentley OpenBuildings. Common workflows: weekly as-built vs. BIM comparison, deviation heatmaps, and 4D sequencing (scheduled vs. actual progress). IFC exports support clash detection against the design model.
GACA Remote Pilot License (RPL) for the operator, aircraft registration, and project-specific flight approval. Restricted zones (airports, military, royal properties) require additional MOI clearance. ViewKeeper holds all licenses and handles permits — typical approval is 7–14 business days for non-restricted zones.
Drone surveying is typically 40–70% cheaper than traditional total-station surveying for sites >5 hectares, and 5–10× faster. A 50-hectare site flown in 2 hours (drone) vs. 5–7 days (traditional). Pricing scales with area, frequency, and deliverables (point cloud, orthophoto, contour map, BIM-ready IFC).