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📍 Address: Nairobi, Kenya. 📞 Call: +254 10 7393023 📧 Email: smartgridsurveying@gmail.com
Ground Penetrating Radar Mapping
Ground Penetrating Radar Mapping
Advanced subsurface utility detection and underground mapping using high-resolution GPR technology for construction, engineering, and infrastructure projects.
Reliable. Accurate. Fast. Powerful.
Reliable. Accurate. Fast. Powerful.
Build Smarter from the Ground Up—our drone-enabled site engineering surveys deliver precise measurements, rapid terrain insights, and informed decision-making for your construction projects. By capturing high-resolution topographic data, 3D ground models, and accurate boundary visuals, we streamline site planning and reduce costly rework. Whether you're breaking ground or managing infrastructure upgrades, SmartGrid Surveying gives you the geospatial clarity needed to engineer with confidence and precision.
Smartgrid Surveying is your trusted surveying partner!
GPR LMX 200
GPR LMX 200
Our LMX 200 will provide real time data as we scan through underground services such as electrical cables, PVC water line pipes, GI Pipes among others.
Led By our surveyors, we further process the data after real time data is collected to provide comprehensive reports and maps that show the underground services networks mapped.
What is GPR Surveying?
What is GPR Surveying?
Ground Penetrating Radar (GPR) is a non-destructive geophysical method used to detect and map subsurface features. SmartGrid Surveying utilizes advanced GPR systems such as the LMX200 to accurately identify underground utilities, voids, foundations, and anomalies without excavation.
Precision Below & Above
Precision Below & Above
Smartgrid Surveying leads in Ground Penetrating Radar and Topographical Mapping -- Detecting the invidible and mapping the critical.
High‑resolution subsurface scanning for utilities, voids, pavement assessments, and engineering investigations
What we do!
What we do!
I. Subsurface Imaging
I. Subsurface Imaging
2D Radagrams Profiling
2D Radagrams Profiling
Identify utilities, voids, tanks, and anomalies up to 10 meters deep — non-invasively.
2. Topographical Mapping
2. Topographical Mapping
Create Topo Maps
Create Topo Maps
Deliver precise elevation models tied to RTK GNSS benchmarks with cm-level resolution.
3. Smart Data Intergration
3. Smart Data Intergration
Data Interpretation
Data Interpretation
Transform field data into engineering-ready formats using GPR-Slice, Civil 3D, QGIS, and BIM workflows.
Why Use the LMX200 GPR System?
Why Use the LMX200 GPR System?
NON DESTRUCTIVE
No excavation required, preserving site integrity.
HIGH ACCURACY
Paired with Advanced RTK equipment for 1cm accuracy
ALL IN ONE SOLUTION
Combines GPR Data with drone mapping and GIS
FAST TURNAROUND
Quick data collection and reporting.
LMX 200 FEATURES
LMX 200 FEATURES
Featured Projects Across Kenya
Featured Projects Across Kenya
1. Utility Mapping – Nairobi CBD
1. Utility Mapping – Nairobi CBD
Used: LMX200 Ground Penetrating Radar integrated with RTK-GNSS positioning.
Objective: Detect and map existing underground utilities before foundation excavation.
Result: Successfully identified fiber optics, power conduits, and storm drains — preventing costly conflicts during construction.
2. Pipeline Integrity Survey – Kisumu
2. Pipeline Integrity Survey – Kisumu
Used: LMX200 GPR for non-destructive assessment of aging municipal water lines.
Objective: Identify voids, pipe fractures, and leakage zones along the corridor.
Result: Detected subsurface anomalies consistent with leakage and pipe deterioration, enabling targeted maintenance.
3. Archaeological Site Survey – Tharaka Nithi
3. Archaeological Site Survey – Tharaka Nithi
Used: LMX200 GPR combined with drone-based topographical mapping.
Objective: Locate buried cultural features without intrusive excavation.
Result: Mapped subsurface stone alignments and structural remains while preserving site integrity.
4. Highway Expansion Risk Mapping – Nakuru
4. Highway Expansion Risk Mapping – Nakuru
Used: LMX200 GPR in corridor scanning mode synchronized with GNSS data.
Objective: Identify underground utilities and potential weak zones ahead of road widening works.
Result: Provided high-resolution GPR profiles highlighting voids and buried services, improving design safety margins.
5. Industrial Site Clearance – Mombasa
5. Industrial Site Clearance – Mombasa
Used: LMX200 Ground Penetrating Radar for pre-redevelopment clearance verification.
Objective: Confirm absence of buried tanks, debris, or metallic hazards across a decommissioned port depot.
Result: Verified the site as clear of subsurface obstructions, supporting safe redevelopment and compliance certification.
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