Sector

Highways and bridge drone survey.
Precision survey and inspection for highway infrastructure.

Survey, inspection and LiDAR across the full highway asset portfolio — from corridor aerial survey for design feasibility through to close-range bridge inspection and as-built LiDAR of highway structures. Delivered with the documentation standards required by National Highways, local highway authorities and principal contractors.

Bridges &
Structures & retaining walls
Corridors &
Drainage & culverts
Highway
Design data
Highways & Bridges

From design survey to maintenance inspection.

Our aerial corridor survey capability supports highway design from feasibility through to detailed design — delivering orthomosaics, LiDAR point cloud, digital terrain models and volumetric data across the full corridor extent. Survey-controlled to OSGB36/ODN with full GCP network, all outputs are traceable to national datum and suitable for engineering use without further adjustment.

Bridge and structure inspection uses a combination of UAV platforms and ground-based camera rigs to achieve the close-range access required for defect identification and condition assessment. Soffit, parapet, abutment and wing wall coverage is achieved without scaffold or lane closure beyond safe working provisions, with all imagery compiled into a structured condition record with annotated defect schedules.

As-built LiDAR of highway structures provides the dimensional data required for clearance analysis, BIM coordination and maintenance planning. Point clouds are delivered in LAS format to client specification and can be processed into CAD cross-sections, surface models or federated into existing BIM environments — giving highway authorities and contractors accurate spatial intelligence across their asset portfolio. Open our Hammersmith Bridge reality model to see a full photogrammetric capture of a Grade II* listed suspension bridge in a browser, or browse all 3D models.

Work With Us

Bring engineering precision to your next project.

Most scoping responses sent within one business day.

RICS-regulated work, led by Philip M. Angell MRICS.