Building Elevation and Section Surveys

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What is a Building Elevation and Section Survey?

A building elevation and section survey is conducted in order to produces detailed drawings of both the exterior façade and internal structure of a building.

Elevations show the external appearance, including height and architectural features, while sections reveal internal layouts like floor levels and ceiling heights. These surveys offer precise visuals to support accurate planning, design, and construction.

Why choose Sircle?

With over 30 years of industry experience, our skilled team of expert surveyors specialises in delivering precise elevation and section surveys tailored to the unique requirements of your project. By combining cutting-edge technology with tried-and-tested surveying methods, we ensure every detail is captured with accuracy and clarity.

Our comprehensive data sets support confident decision-making at every stage—from initial planning through to final execution—offering reliability you can trust throughout your project’s lifecycle.

The Benefits of a Building Elevation and Section Survey

Accurate Representation of the Building
True-to-scale views of facades, interiors, and architectural features provide an accurate representation of a building’s current condition, which is especially valuable for older or heritage properties.
Reliable Information for Design and Planning
Essential for extensions, renovations, and planning approval, while also supporting structural assessments and ensuring design accuracy.
Cross-Referencing Between All Deliverables
Alignment with plans, sections, and elevations helps reduce discrepancies, supports 3D and BIM integration, and enables seamless design coordination across disciplines.
Historic Building Documentation
Creates a lasting visual record, captures architectural details for conservation purposes, and supports heritage listings as well as funding applications.
Time and Cost Efficiency
Fewer site visits are needed, and the risk of rework due to design errors or missing data is significantly reduced.
Better Interdisciplinary Coordination
It ensures all teams work from consistent data and minimises misinterpretation during the design and build phases.