3D Topographic Models

Gain a new perspective on your site’s landscape with Lucion’s 3D contoured terrain models, designed to provide accurate, detailed representations of topography.

In today’s complex world of land development, infrastructure projects, and environmental management, understanding the intricacies of a site’s topography is essential for making informed decisions and achieving successful outcomes. Lucion’s 3D topographic models, provide a powerful tool for visualising and analysing the landscape, offering valuable insights that traditional 2D maps and plans simply can’t match.

Our team of experienced surveyors and geospatial experts employs cutting-edge technologies to capture high-resolution spatial data of your site. Using advanced surveying techniques like LiDAR (Light Detection and Ranging) and drone photogrammetry, we collect precise, detailed information about the terrain’s elevation, slope, and surface features.

This data is then processed and transformed into interactive, navigable 3D contoured terrain models that allow you to explore and interrogate the landscape in a dynamic, intuitive way. With the ability to view the site from any angle, measure distances and heights, and analyse terrain characteristics, our models provide a comprehensive understanding of the topography that can inform a wide range of applications.

Whether you’re planning a new development, designing infrastructure, assessing environmental impacts, or communicating project plans to stakeholders, Lucion’s 3D contoured terrain models offer an invaluable resource. By providing accurate, detailed representations of the site’s topography, our models help you make informed decisions, identify potential challenges and opportunities, and communicate effectively with all parties involved.

At Lucion, we pride ourselves on delivering high-quality, customised solutions that meet the unique needs of each client and project. Our 3D contoured terrain models are no exception, and we work closely with you to ensure that the final product exceeds your expectations and provides the insights and value you require.

Case studies

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Radiological Land Survey at Ravenscraig

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Six Bridge Surveys Carried Out for Local Council

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Measured Building Survey to Support Martin House Hospice Renovation Plans

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3D Topographic Modelling FAQs

3D Contoured Terrains Models (Topography 3d modelled) easily integrate within various software platforms/workflows depending upon individual needs. Common export/sharing formats including; PDFs, GIS CAD integration design analysis programs; Web-based collaboration & VR/AR immersive visualizations. Provider work determines the most suitable file type ensuring seamless compatibility with your tools processes.

The level of detail and accuracy of the accuracy of 3D-modelled terrains 3D models depend upon factors including data acquisition methods, resolution input data, and any data acquisition and processing techniques employed. Typically resolution LiDAR/drone photometry provide centimetre accurate results. However, specific project requirements should be agreed with service providers, ensuring that delivered models match expectations.

The process of creating a 3D contoured terrain model (topography 3D modelling) typically involves data acquisition using advanced surveying techniques, data processing to generate a point cloud or digital elevation model (DEM), terrain modelling to create a 3D mesh or surface representing the site’s topography, and texturing and visualisation to enhance realism and facilitate exploration and analysis.

3D contoured terrain models (topography 3D modelling) are valuable tools for a wide range of industries and applications, such as land development and real estate, infrastructure planning and design, mining and resource management, agriculture and forestry, environmental assessment and monitoring, flood risk analysis and management, recreational planning and trail design, and education and research.

3D contoured terrain models (topography 3D modelling) offer several key benefits, including improved visualisation and understanding of site topography, enhanced communication and collaboration among project stakeholders, informed decision-making for planning, design, and environmental assessment, identification of potential challenges and opportunities related to site conditions, and increased efficiency and cost savings through reduced need for site visits and physical models.

A 3D contoured terrain model, also known as topography 3D modelling, is a digital representation of a site’s topography that displays elevation, slope, and surface features in a three-dimensional, interactive format. These models are created using high-resolution spatial data captured through advanced surveying techniques, such as LiDAR and drone photogrammetry. They provide a detailed, accurate depiction of the landscape that can be viewed from any angle and analysed for various purposes.