Somerset House — 3D Scanning & Level Survey for Exhibition Works
Cura Surveys carried out 3D scanning and level survey work at Somerset House to support exhibition planning and installation requirements within one of London’s most recognised heritage venues.
The project required accurate spatial and level information to help the design and installation teams understand the existing floor conditions, site constraints and available space before exhibition works progressed.
Working in a sensitive public and heritage environment required careful planning, efficient data capture and clear survey outputs that could be used confidently by the project team.
Project Requirements
The client required accurate existing-condition data to support exhibition design and installation planning.
The survey scope included:
- 3D laser scanning
- Level survey information
- Existing spatial data
- Floor level and dimensional information
- Point cloud data where required
- Survey information for exhibition planning
- Data to support installation coordination
For exhibition projects, even small differences in floor levels, space, alignment or existing site conditions can affect installation design. Reliable survey data helps reduce risk before works begin.
Survey Methodology
Cura Surveys used 3D scanning and level survey methods to capture the required existing information accurately and efficiently.
The scanning data provided a digital record of the relevant areas, while the level survey information helped the project team understand floor conditions and dimensional constraints.
This method was suitable for the project because it allowed detailed information to be captured with minimal disruption to the building and surrounding environment.
Key Challenges
The project required a careful approach due to the nature of the venue and the purpose of the survey.
Key challenges included:
- Working within a prestigious heritage building
- Capturing accurate level information
- Supporting exhibition planning and installation design
- Minimising disruption in a public venue environment
- Providing clear data for designers and installation teams
- Recording existing conditions without unnecessary site impact
This project demonstrates Cura Surveys’ ability to provide accurate survey data for sensitive venues where care, presentation and practical site awareness are essential.
Deliverables
Cura Surveys provided survey information including:
- 3D scanning data
- Level survey information
- Existing-condition survey data
- Point cloud information where required
- Spatial data for design review
- Survey outputs for exhibition planning and coordination
Why This Project Matters
Somerset House shows Cura Surveys’ capability in supporting heritage, public venue and exhibition-related projects where accurate existing-site information is required before design or installation.
It demonstrates our experience in:
- 3D laser scanning surveys
- Level surveys
- Heritage building environments
- Exhibition and installation support
- Public venue survey work
- Accurate spatial data capture
- Low-disruption survey methodology
For museums, galleries, heritage venues, exhibition designers, event teams and public building managers, this project shows how Cura Surveys can provide reliable survey information for careful planning and coordination.
Related Services
This project is relevant to:
- 3D Laser Scanning Surveys
- Measured Building Surveys
- Level Surveys
- Point Cloud Surveys
- Heritage Building Surveys
- Exhibition and Installation Survey Support
Need Survey Data for a Heritage or Exhibition Project?
Cura Surveys provides 3D laser scanning, measured building surveys, level surveys, CAD drawings and point cloud data for heritage buildings, public venues, exhibitions and installation projects across London and the UK.
Send us the site address, survey extent, required deliverables and deadline, and we will provide a clear fixed-fee quotation.
Call us on 0203 488 5858 or email info@curasurveys.co.uk with your project details. We’ll provide a clear no-obligation quote (with no hidden costs) and feasible timescales.