Land Surveyor Perth – Achieve Your Land Development Goal
LPD Surveys reality capture department has a range of sensors and software available to capture and create 3D models for your projects.
We can utilise a combination of airborne photogrammetry and LIDAR, combined with Laser Scanning, underground service detection and Total station or gps measurements to create BIM and LOD models.
Our experience and services include:
- Shopping centre combined modelling of underground services, roof and facade scanning
- LOD 300 BIM models
- Combined aerial and ground based photogrammetric 3D models
- Facade Laser scanning and drafting of elevation plans
- Historical buildings
- Mining stockpiles and haul roads
- Dams, lookouts, carparks, roads and other infrastructure
Laser Scanning/UAV Photogrammetry 3D Reality BIM Model
LOD 300 BIM & Underground Service Location & 3D Data Deliverables
Frequently Asked Questions
3D laser scanning is a precise surveying method that captures detailed spatial data of buildings, infrastructure, and terrain. In Perth, it’s commonly used in construction, civil engineering, and heritage preservation for accurate planning and documentation.
Industries like construction, architecture, civil engineering, mining, and heritage conservation in Perth benefit from 3D reality capture for accurate site analysis, design validation, and as-built documentation.
LPD Surveys uses high-resolution terrestrial laser scanners to deliver sub-centimetre accuracy. Our scans provide reliable point cloud data for BIM, CAD, and engineering applications.
Yes. We convert point cloud data into accurate 3D models, suitable for BIM integration, virtual walkthroughs, or design overlays, helping Perth clients visualise and plan with confidence.
Project timelines depend on site size and complexity. Most Perth-based 3D scanning jobs can be completed within a few days, including data capture and processing.
3D reality capture uses laser scanning and advanced sensors to collect millions of spatial data points from real-world environments. Unlike traditional point-based surveys, this approach produces dense point clouds that form a measurable digital representation of terrain, buildings and infrastructure, enabling more detailed modelling and analysis.
3D scanning is particularly suited to complex sites, industrial facilities, renovation works, plant rooms, infrastructure upgrades and environments where detailed geometry is critical. It is commonly used for as-built documentation, retrofit design, clash detection and projects where accurate modelling reduces construction risk.
Yes. By creating an accurate digital model of existing conditions, designers and engineers can identify potential conflicts before construction begins. This reduces rework, alignment issues and unexpected site adjustments during the build phase.
Reality capture data is processed into point clouds and 3D models that integrate with standard engineering and design platforms. This supports efficient use by architects, engineers and contractors working within digital workflows.
Yes. Laser scanning and related technologies scale effectively from confined internal spaces to large external environments, making them suitable for civil, commercial and industrial applications across WA.