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How 3D Reality Capture and Laser Scanning is Saving WA Developers Time and Money

  • Apr 29
  • 2 min read

Updated: May 1

Advancements in 3D laser scanning, reality capture, and mobile mapping technology are changing how site assessments are conducted, particularly in large-scale infrastructure and development projects. The ability to capture highly detailed spatial data quickly is making a significant impact on planning and decision-making.


A Smarter Approach to Site Assessments Using Reality Capture

Traditional surveying can be labour-intensive, requiring multiple site visits and manual data processing. Mobile mapping technology streamlines this by allowing surveyors to capture real-time spatial data while moving through an environment, reducing time on-site while increasing accuracy.


At the forefront is the NavVis wearable mobile mapping system, enabling surveyors to walk through a site while collecting high-resolution spatial data. Unlike static scanning, which requires multiple setups, NavVis captures a continuous flow of data, resulting in greater efficiency, fewer site disruptions, and a more comprehensive digital representation of the environment.



The NavVis mobile mapping system being used in a structural context, mapping the local environment.

The NavVis mobile mapping wearable system being used to scan a bridge environment.

With mobile mapping, high-density point clouds capture the built environment in detail. This data can be converted into CAD elements, BIM models, or triangulated surface meshes, ensuring precise integration with digital designs. The result is a digital twin that provides an up-to-date representation of existing conditions, improving planning and reducing design conflicts.


Mobile mapping /reality capture results of a bridge.
A bridge structure captured using our reality capture/mobile mapping technology.

Where 3D Mapping is Making an Impact Across WA

1. Infrastructure & Urban Development

Having precise, real-time data is crucial for avoiding costly delays. Clash detection helps engineers spot issues early, make informed adjustments, and keep projects on schedule.


2. Government & Public Works Projects

For agencies managing transport, utilities, and urban development, mobile mapping offers an efficient way to document and assess large areas, minimising disruptions in active environments.


3. Heritage & Complex Structures

Working with historical buildings or intricate infrastructure requires detailed mapping. Point cloud data ensures even complex facades and structures are mapped accurately, preserving architectural integrity.


4. Property & Asset Management

For organisations managing large property portfolios, such as state-owned facilities, universities, or transport hubs, mobile mapping enables teams to assess lettable areas, monitor building conditions, and plan renovations or expansions efficiently.



The Shift Towards Mobile Mapping

Surveying technology continues to evolve, and mobile mapping is proving essential for projects requiring efficiency and accuracy. The ability to collect high-quality data quickly is increasingly valuable as planning timelines tighten.


With a focus on data integrity and adaptability, this approach supports better decision-making across industries that rely on accurate, up-to-date spatial information.


As projects grow in scale and complexity, mobile mapping and reality capture—enabled by technologies like NavVis wearable mapping—will continue shaping the built environment.


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