Photogrammetric Surveys Devon

Quadrant Surveys provides detailed photogrammetric surveys and 3D models using high-resolution photography. Our surveys can be used to accurately record buildings, architectural features and land, producing detailed visual survey information and orthographic imagery for a range of projects across Devon and the South West.

What is photogrammetry?

Photogrammetry is a surveying technique that uses overlapping photographs to create accurate 2D and 3D representations of buildings, structures and land.

Photogrammetric surveys can be used to capture detailed architectural features, building elevations, roofs and areas that may be difficult to record using traditional survey methods.

Quadrant Surveys provides photogrammetric surveys and 3D modelling across Torquay, Plymouth, Exeter, Devon and the South West.

What can we provide?

Our photogrammetric surveys can provide:

Detailed 3D models
Orthographic imagery
Building and architectural elevations
Roof and façade information
Aerial photogrammetric survey data
High-resolution photographic records

Photogrammetry is particularly useful for recording complex architectural details, historic buildings, façades, roofs and other features where detailed visual survey information is required.

Drone Surveys

Using drones, our fully certified CAA pilots can provide a safer and more cost effective solution when it comes to providing accurate information on any project that involves working at height, hard to reach areas or a quick turnaround of 3D data capture.

Measured Building Surveys

From our highly detailed measured building surveys we produce clearly presented, highly detailed and accurate plans, elevations and sections of all types of buildings.

Topographic surveys

Using a total station and the latest scanning equipment we can provide fully levelled topographic/land surveys to include walls, steps, trees and vegetation, adjacent roads, neighbouring building and any significant features.

3D Laser Scanning

3D scanning is the process of capturing digital information about the shape, construction and condition of a building or object, obtaining large amounts of detail very quickly.