3D Laser Scanning
High-definition data for precise mapping, modelling, documentation, and design.
Overview
We use advanced scanners to capture precise measurements and create complete, high definition, 2D & 3D representations of your structures or locations. With this method, you get a highly accurate record of existing on-site conditions. The datasets can be converted directly into CAD or BIM formats such as Revit, AutoCAD, Civil 3D, and SketchUp, making them ideal for the wide range of specialised services and products that we have developed.
Detailed 2D & 3D models for planning, design coordination, and asset management.
Accurate recording of existing conditions for renovation, restoration, or compliance.
Compare actual site progress with design models to detect deviations early.
Identify and resolve spatial conflicts between structural, architectural, and MEP systems.
Create intelligent 3D models directly from point cloud data for coordinated project workflows.
High-resolution scanning for the documentation and preservation of historic sites and artefacts.
Regular scans to track movement or settlement in structures, bridges, or earthworks.
Comprehensive geometric data for structural assessment, clearance analysis, and maintenance planning.
Detailed surveys for alignment verification, clearance analysis, and infrastructure design.
3D scanning of pavements and operational and terminal facilities to support design and maintenance.
Scanning of tree canopies and forest structures to measure biomass and support environmental studies.
Why Choose UPG Surveys for 3D Laser Scanning?
Tailored Approach
We listen carefully and craft unique solutions
Flexibility
We’re always there when you need smart solutions
Data that Performs
You get high quality, actionable information
Deliverables for your Workflow
UPGS takes your scope, with the level of detail and desired outputs, does the fieldwork in accordance with industry standards and processes your data, analysing, cleaning and converting it into the deliverables you need:
for Themselves
Capture every space in exact detail
