Professional utility detection
Clients frequently highlight responsive coordination and a practical field approach when underground services must be understood before construction.
Client feedback · summarizedGPR · Utility Mapping · Saudi Arabia
Ground Penetrating Radar & Underground Utility Detection in Saudi Arabia
Field investigation for contractors, consultants, municipalities and asset owners before excavation, HDD, coring, drilling and infrastructure works—supported by survey control and engineering-ready deliverables.
GPR + EM locatingCAD / GIS outputsSaudi-wide mobilization
Why GPR KSA
Subsurface information built for engineering decisions.
Our workflow combines field detection, survey control, interpretation and practical deliverables so project teams can plan excavation and construction with better information.
01 · DETECTGPR & electromagnetic locating
Complementary techniques are selected according to target type, access and site conditions.
02 · VERIFYSurvey-controlled positioning
Detected features can be captured with GNSS or total-station control where required by the scope.
03 · INTERPRETEngineering-led review
Radar responses and field observations are assessed with limitations clearly stated rather than over-claimed.
04 · DELIVERCAD, GIS & technical reporting
Outputs are prepared for coordination, excavation planning and integration with project records.
Core services
Find it before you hit it.
Our service structure is built around the decisions project teams need to make before excavation, coring, drilling and infrastructure works.
/ 01Service
Ground Penetrating Radar (GPR)
Non-destructive subsurface imaging for utilities, voids, buried structures and construction risk reduction.
Explore service →/ 02ServiceUnderground Utility Detection
Integrated GPR, electromagnetic locating and survey control for buried utility mapping before excavation.
Explore service →/ 03ServiceUnderground Cable Detection
Route tracing and depth estimation for live and traceable power, telecom and fibre infrastructure.
Explore service →/ 04ServiceConcrete Scanning
High-resolution scanning for rebar, conduits, post-tension systems and embedded hazards before coring or cutting.
Explore service →/ 05ServiceLeak Detection
Targeted non-destructive investigation for pressurised water, fire and buried pipeline leakage.
Explore service →/ 06ServiceGeotechnical Investigation
Boreholes, in-situ testing, sampling and laboratory analysis for foundation and infrastructure decisions.
Explore service →Industries
Built for Saudi infrastructure and construction environments.
Utility risk changes by site, asset type and planned work. The investigation method is adapted to the actual construction decision.
01Construction & Civil Works
02Roads & Infrastructure
03Power & Utilities
04Telecommunications
05Municipal Projects
06Industrial Facilities
07Real Estate & Towers
08HDD & Trenchless Works
Project workflow
From scope review to construction-ready deliverables.
- Scope reviewSite, drawings, target depth and planned works are reviewed.
- Field planningSurvey limits, access, grids and complementary methods are defined.
- DetectionGPR and locating work is completed with field observations recorded.
- InterpretationData is processed, correlated and reviewed with technical limitations stated.
- DeliveryCAD, GIS, mapping and reporting are issued according to the agreed scope.
Case studies
Selected subsurface investigation projects across Saudi Arabia.
Explore selected field investigations, technical approaches and project outcomes supporting safer construction decisions.
Riyadh · Case study
King Salman Airport Underground Utility Detection — Riyadh
An underground utility-detection project reference associated with the King Salman airport development workfront in Riyadh.
View case study
Al Kharj · Case study
NCMS Test Cell GPR and Utility Detection in Al Kharj
Targeted ground penetrating radar investigation for a controlled test-cell workfront in Al Kharj, with staged sector planning before intrusive work.
View case study
Riyadh · KAFD · Case study
KAFD Concrete Scanning and Rebar Detection — Riyadh
Targeted high-frequency concrete scanning and reinforcement-location reference for work areas within a KAFD building environment.
View case studyNEOM, Tabuk Region · Case study
NEOM 45 km GPR Corridor Survey and Utility Risk Assessment
A phased GPR utility-risk investigation along 45 km of the NEOM corridor, combining field survey, subsurface interpretation and engineering-ready reporting to help plan subsequent works.
View case study
Jeddah · Case study
Jeddah Chemical Laboratory GPR Site Investigation
A confidential Jeddah laboratory-related GPR assignment focused on scanning selected work areas and reporting subsurface anomalies for engineering coordination.
View case studySaudi–Oman Border · Case study
Saudi–Oman Border Hidden Manhole Investigation
A multi-method subsurface investigation for concealed manhole infrastructure in a remote border corridor, integrating geophysical evidence with intrusive verification where required.
View case studyCoverage
Survey support across Saudi Arabia.
GPR Survey Riyadh
Riyadh has dense utility corridors, active redevelopment and major infrastructure works. GPR KSA supports contractors, consultants and asset owners with utility detection, concrete scanning and subsurface investigation across the capital.
GPR Survey Jeddah
Jeddah projects often combine dense urban services with coastal and saline ground conditions. Survey methodology is selected around target type, surface access and actual radar performance on site.
GPR Survey Dammam & Khobar
Eastern Province work frequently involves industrial, road, utility and energy infrastructure. We combine GPR with complementary locating and survey control where technically appropriate.
GPR Survey NEOM & Tabuk
Remote and giga-project environments require dependable mobilization, clear HSE planning and survey deliverables that integrate cleanly with engineering and GIS workflows.
Technical insights
Useful guidance before you commission a survey.
GPR depth
How ground conditions affect GPR depth in Saudi Arabia
Why sand, moisture, salinity and conductive soils change usable radar penetration and interpretation confidence.
Read guide →Method selectionGPR vs electromagnetic utility locating
Understand why utility investigations often use both methods rather than treating them as interchangeable technologies.
Read guide →Budget planningWhat affects GPR survey cost in Saudi Arabia?
Area, grid density, target depth, access, location and deliverable requirements all influence commercial pricing.
Read guide →SUESubsurface Utility Engineering in Saudi Arabia
A practical framework for combining records, geophysics, survey control and physical verification before construction.
Read guide →Client experience
What project teams value in our delivery
Summarized themes from client feedback, presented without copied names or attributed quotations.
On-time project delivery
Fast response and dependable delivery are recurring themes across utility detection and survey assignments.
Client feedback · summarizedClear technical communication
Project teams value concise explanations of findings, limitations and the next verification step when uncertainty remains.
Client feedback · summarizedConcrete scanning support
Site teams appreciate clear surface marking and focused scanning before coring, drilling or cutting works.
Client feedback · summarizedFlexible field coordination
Mobilization, access and changing work fronts are handled around the project programme where the scope allows.
Client feedback · summarizedEngineering-ready outputs
CAD, survey-controlled utility information and structured reporting help teams move from field evidence to construction decisions.
Client feedback · summarizedFrequently asked questions
Technical questions before you scan, excavate or drill.
Clear answers about GPR depth, utility detection, concrete scanning, boreholes, deliverables and survey limitations.
What is Ground Penetrating Radar (GPR)?
GPR is a non-destructive geophysical method that transmits electromagnetic energy into the ground or a structure and records reflected responses from changes in material properties. It is commonly used to investigate buried utilities, voids, reinforcement and other subsurface features.
How deep can GPR detect in Saudi Arabia?
There is no universal depth. Effective penetration depends on antenna frequency, target size, soil conductivity, moisture, salinity and site conditions. Dry resistive materials may allow greater penetration, while conductive clay or saline ground can reduce it significantly.
Can GPR find plastic or non-metallic pipes?
GPR can detect some non-metallic utilities when there is sufficient contrast between the target, trench backfill and surrounding material. Results depend on diameter, depth, material and ground conditions, so complementary methods and verification are often recommended.
Why combine GPR with electromagnetic locating?
Electromagnetic locating is effective for many conductive or traceable utilities while GPR can provide evidence of both metallic and non-metallic features. Combining methods reduces dependence on a single detection technique and improves interpretation confidence.
Can you identify live electrical cables?
Traceable conductive cables can often be located using electromagnetic methods, and GPR may provide supporting evidence. A geophysical survey does not replace electrical isolation procedures, permits or safe excavation practices.
Is GPR safe for concrete scanning?
GPR is a non-destructive method and is widely used to locate reinforcement, conduits and post-tension features before drilling or coring. The scan should be interpreted in relation to the slab thickness, access and reinforcement congestion.