Highway Monitoring

Quote A Survey

Quote A Survey

Highway projects are often delivered in live, constrained and safety-critical environments where movement, deformation or environmental impact can quickly affect safety, programme and asset performance.

Survey Solutions provides highway monitoring surveys that help contractors, consultants, local authorities, infrastructure owners and project teams track movement in roads, carriageways, bridges, retaining walls, culverts, embankments and nearby structures.

Our monitoring services can be tailored to short-term construction works, long-term asset monitoring, emergency investigations or planned infrastructure schemes. We provide both manual and automated monitoring depending on the risk profile, reporting frequency and site conditions.

From baseline survey data and movement monitoring through to trigger-level reporting and automated alerts, Survey Solutions gives your team the reliable information needed to manage risk, protect assets and keep works moving.

Why highway monitoring matters

Roads and highway assets are exposed to constant loading, changing ground conditions, construction activity and environmental pressure. During works, even small changes in level, alignment or structural behaviour can affect safety, compliance, public access and programme delivery.

Highway monitoring helps project teams:

Establish baseline conditions before works begin
Detect movement in carriageways, pavements and structures
Monitor assets affected by excavation, piling or nearby construction
Track movement against agreed trigger levels
Support timely decisions and intervention
Provide a clear audit trail for asset owners and stakeholders
Reduce avoidable delays, disputes and remedial works

For highways, transport infrastructure and public-realm schemes, monitoring provides the evidence needed to understand how assets are performing throughout the project lifecycle. Highway monitoring can be commissioned as a standalone service or combined with topographical surveys, mobile mapping, utility surveys, GPR, CCTV drainage surveys, structural monitoring or site engineering support.

What we monitor

Survey Solutions can provide monitoring for a wide range of highway and transport assets, including:

Roads and carriageways
Footways and cycleways
Bridges and bridge approaches
Retaining walls
Culverts and drainage structures
Embankments, slopes and cuttings
Underpasses and tunnels
Utility corridors within or near highways
Adjacent buildings and third-party assets
Temporary works and excavation zones
Public realm and streetscape assets
Structures affected by vibration, settlement or ground movement

Monitoring schemes are designed around the site conditions, asset sensitivity, access constraints and project risk.

Manual and automated highway monitoring

Survey Solutions can provide both manual and automated highway monitoring, depending on the level of risk and the reporting requirements of the project.

Manual monitoring

Manual monitoring is suitable for projects where scheduled readings are required at agreed points in the programme. It can be used to track carriageway levels, structural movement, settlement, retaining wall movement or movement in adjacent assets.

Automated monitoring

Automated monitoring is suitable where frequent or continuous readings are needed. Automated systems can provide regular data and alerts when agreed movement or intervention levels are reached, helping project teams identify issues early and respond quickly.

The right approach depends on the asset, traffic management arrangements, programme, stakeholder requirements and risk profile.

Our highway monitoring approach

1. Understand the asset and project risk

We review the highway asset, proposed works, construction methodology, access arrangements, traffic management, third-party interfaces and stakeholder requirements.

2. Define the monitoring scope

We recommend the appropriate monitoring points, survey frequency, reporting format and trigger-level approach based on the risk and project objectives.

3. Establish baseline data

Baseline survey data is captured before monitoring begins, giving the project team a reliable starting point for future comparisons.

4. Capture monitoring readings

Manual or automated readings are captured at agreed intervals. Data is checked, compared and interpreted so the client can understand movement trends.