Ground Penetrating Radar (GPR) Surveys

Gain subsurface insights safely and efficiently with our advanced GPR surveys, revealing hidden utilities, voids and archaeological features to help you make informed decisions.

A ground penetrating radar being used on a concrete surface.

What is Ground Penetrating Radar (GPR)?

Ground Penetrating Radar (GPR) is a versatile tool for detecting subsurface features, from buried utilities to structural elements within walls and floors. It works by sending radar pulses into the ground and analysing the reflected signals. Our GPR surveys help avoid costly disruptions by identifying obstacles before excavation or drilling. This method is widely used in archaeology, construction and infrastructure projects. With our expert team and advanced technology, we provide precise results that help mitigate risks and improve project efficiency.

GPR services across multiple sectors

Utility detection: GPR accurately locates and maps non-metallic utilities – plastic water pipes, fibre-optic cables and drainage – in complex underground environments
Void detection: Effectively detects underground voids, sinkholes, subsurface anomalies and subsidence, aiding safe construction planning and preventing structural failures
Archaeological investigations: Provides a rapid, non-destructive method for mapping buried structures and artefacts to support site assessments and excavation strategies

Why choose Academy Geomatics?

Our experienced GPR specialists utilise advanced radar technology and 3D data interpretation to deliver high-resolution reports with CAD and GIS deliverables, ensuring full compliance with industry standards. Whether for construction, engineering, heritage or conservation, our GPR surveys provide the subsurface insights you require safely, accurately and efficiently.

By partnering with us, you benefit from:

Expert subsurface investigations: Rely on our skilled specialists for accurate and insightful surveys
Advanced radar technology: State-of-the-art systems deliver detailed subsurface views
3D data modelling: Raw data transformed into clear, understandable three-dimensional models
CAD and GIS compatibility: Deliverables that integrate seamlessly with your existing systems
Industry-leading compliance: Surveys that meet and exceed all relevant regulations

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Innovative surveying solutions

Your trusted partner for accurate spatial measurement and analysis across a wide range of applications, from land-boundary surveys to structural-health assessments.

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Aerial Surveys

Our aerial surveys leverage advanced drone technology to capture accurate imagery and spatial data for efficient site analysis.

Building Surveys

We deliver precise floor plans and 3D models, providing essential spatial information for your property needs.

Laser Scanning

Transforming design and infrastructure with detailed point clouds from our efficient and precise laser scanning services.

Hydrographic Surveys

Accurate underwater mapping for rivers, lakes, and coastal areas using advanced sonar and positioning technology.

Topographical Surveys

Accurate topographical surveys provide foundational land data for all development projects, from small to large sites.

UUS (PAS 128)

PAS 128-compliant surveys accurately detect and verify underground utilities, minimising project risks and ensuring site safety.

LiDAR Surveys

LiDAR surveys capture detailed ground data through vegetation, providing invaluable insights for diverse landscape analysis.

Confined Space and Restricted Access Surveys

These surveys safely evaluate and map difficult or hazardous environments, ensuring high-quality data without risk to personnel.

Showcasing our expertise

Discover our most recent land surveying projects. These case-studies demonstrate precise, efficient solutions to complex challenges.

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Healthcare

Northumbria Specialist Emergency Care Hospital (NSECH)

Geospatial data for hospital redevelopment

We delivered a multi-phase geospatial solution at a hospital in Cramlington, providing precise topographical surveys, 3D models and detailed underground utility mapping to support efficient redevelopment planning.

Water

Northumbrian Water Group

Mapping Derwent Reservoir with LiDAR and Bathymetry

We deployed integrated LiDAR and bathymetric surveys to map the underwater terrain and surrounding topography of Derwent Reservoir, supporting enhanced operational planning.

Water

Northumbrian Water Group

Advanced sewer profiling using LiDAR and sonar

Our innovative float-based inspection system provided Northumbrian Water Group with detailed 3D sewer models, enabling proactive maintenance and cost savings.

Heritage, Infrastructure

Middlesbrough Council

Digital monitoring for the Tees Transporter Bridge

We implemented a real-time digital monitoring system for Middlesbrough’s iconic Tees Transporter Bridge, providing crucial structural and environmental data to support its preservation.

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