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3D Modelling – Building

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Testimonials

The complexity of managing refurbishment projects across our university estate requires precise and up-to-date building information. Our previous reliance on generic spatial maps was creating challenges in project planning and execution.

Lucion’s comprehensive, measured building and topographical surveys have provided our Space Management team with accurate, detailed documentation of our facilities, enabling more efficient planning and implementation of our refurbishment programmes.

Their team’s thorough approach and technical expertise have made them a valuable partner in our estate management strategy, and I look forward to continuing to work with them in the future.

Siobhan McMahon Interim Space Manager

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3D Building Modelling FAQs

Building 3D modelling is the process of creating a digital, three-dimensional representation of a building or structure. These models can include a wide range of information, from basic geometry and dimensions to detailed material properties, structural elements, and Mechanical, Electrical and Plumbing (MEP) systems. Building 3D models are used throughout the design, construction, and operation phases of a project to visualise, analyse, and communicate complex information.

When selecting a building 3D modelling service provider, it’s important to consider factors such as:

  • Experience and expertise in the specific type of modelling required
  • Quality and accuracy of the delivered models
  • Range of services offered and ability to tailor solutions to project needs
  • Technology and methods used for data capture and modelling
  • Communication and collaboration processes throughout the project
  • Pricing and value for money
  • References and case studies demonstrating successful project delivery

It’s advisable to discuss these factors with potential providers and review their previous work to ensure that they can meet the project’s requirements and deliver high-quality results.

Yes, building 3D models can be created for existing buildings and structures using various data capture techniques, such as 3D laser scanning, photogrammetry, and drone surveys. These methods allow for the creation of accurate, comprehensive models that can provide valuable insights for renovation, restoration, and facilities management projects. The specific approach will depend on the project’s requirements and the conditions of the site.

Building 3D modelling can offer several potential benefits for construction projects, such as:

  • Improved visualisation and understanding of complex structures
  • Enhanced coordination and communication among project stakeholders
  • Early detection of clashes and inconsistencies, reducing errors and rework
  • Optimisation of design and construction processes through simulation and analysis
  • Streamlined facilities management and operations through integrated asset information
  • Potential efficiency gains and cost savings throughout the project lifecycle

The accuracy of building 3D models can vary depending on the technology and methods used, as well as the skill and experience of the modelling team. In general, models created using high-quality point cloud data from 3D laser scanning can achieve very high levels of accuracy, often within a few millimetres. However, it’s important to discuss specific accuracy requirements with the modelling provider to ensure that the delivered models meet the project’s needs.

Building 3D modelling services can vary depending on the provider and the specific needs of the project. Some common types of services include:

  • 3D Revit models (BIM)
  • 3D point clouds
  • Orthographic elevations and floor plans
  • 3D flythroughs and animations
  • Photo-realistic renderings
  • Engineering-ready system reality-meshes
  • Customised modelling services tailored to specific requirements

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