SKY I | Industrial work

Industrial drone tech

Survey-grade digital twins of built assets.

We deliver survey-grade digital twins of built assets for structural analysis and engineering validation. Using UAV-based photogrammetry and geospatial processing, we generate precise 2D and 3D models for inspection, deformation monitoring, volumetric computation, progress verification and data-driven lifecycle asset management.

±20 mmRTK/PPK accuracy

1–7 daysData processing

LiDAR sensor mounted under a SKY I survey drone

Engineering in the digital era

From site to model.

Scan-to-BIM

As-builts and 3D models

Inspection

Structural audits, compliance and safety

GIS layers: orthomosaic, terrain model and elevation map

GIS

Bathymetry, survey, mapping and site monitoring

Survey tools

Powerful survey tools.

High-precision LiDAR scanningMillions of 3D points with centimetre-level accuracy.
Large-scale mappingEfficient, high-accuracy data capture across large and complex sites.
Volumetrics AIIntegrated with DeltaScan Intelligence's platform for automated volume calculation and visual reports.

LiDAR point cloud of a high-voltage transmission corridor

Methods

Traditional survey vs SKY I.

Traditional methodSKY I UAV method

Ground manual surveysUAV-based full-surface capture

Accuracy ±20% error±20 mm (RTK/PPK)

Data processing: 3–4 weeksData processing: 1–7 days

Manual CAD processingAutomated DTM/DSM generation

Limited outputsClear reports with 2D/3D visualisation

Slow progress updatesRapid, repeatable verification

Unclear and hidden costsClear and fixed costs

Project lifecycle

From survey to engineering deliverables.

01Scope and mission planning1 day
02Flight approvals3–6 days
03Operation and data collection1 day
04Data processing1–7 days
05Final deliverables and project closureReports and models

Deliverables

Powerful deliverables and reporting.

In-depth reporting with software analysis and 3D visualisation: volume, deflection analysis, failure types, severity ratings, advised material BOQ and support for future repair specification.