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Mobile LiDAR Mapping Dubai

High-speed mobile LiDAR mapping services in Dubai for road surveys, infrastructure corridors, and urban 3D mapping. Vehicle-mounted scanning delivering dense point clouds at driving speeds.

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Mobile LiDAR Mapping Dubai
Highway Speed
360° Coverage
Centimetre Accuracy

Mobile LiDAR Mapping Services in Dubai & UAE

Mobile LiDAR mapping mounts high-density laser scanners on a survey vehicle to capture the complete 3D geometry of roads, streetscapes, and infrastructure corridors at normal driving speeds. The result is a dense, georeferenced point cloud covering both sides of the road, overhead structures, and the ground surface — all captured without closing the road or deploying a large field crew.

Al Warqa Survey Engineering operates mobile mapping systems across Dubai, Abu Dhabi, Sharjah, and throughout the UAE for road asset inventories, pavement surveys, utility corridor mapping, and smart city digital twin datasets.

Our Methodology

Delivering excellence through a proven three-stage workflow

1

Control Network & Calibration

Establish GNSS base stations and run calibration passes to validate IMU/LiDAR boresight alignment.

2

Mobile Scanning Runs

Drive survey vehicle at consistent speed along planned corridor with overlapping return passes for full coverage.

3

Point Cloud Processing & Extraction

Process raw data, apply GNSS/INS corrections, classify ground and features, extract required deliverables.

Applications

Industry sectors and use cases we serve

Road Asset Inventory

Signs, markings, kerbs, guardrails, and street furniture captured in one pass

Corridor Topographic Survey

Efficient large-area terrain capture for road design and drainage

Pavement Condition Mapping

Surface geometry and cross-section extraction for pavement management

Smart City & Digital Twin Data

3D urban datasets for municipality GIS and digital twin platforms

Deliverables

What you receive at the end of every project

  • Georeferenced point cloudLAS / LAZ — road corridor and surroundings
  • Road cross-sections at required intervalsDWG / DXF
  • Digital Terrain ModelPavement surface and road corridor
  • Asset inventory with coordinatesSigns, markings, furniture — GIS-ready
  • 360° georeferenced imagery
  • Extracted CAD linework — kerbs, lanes, signage
  • Survey accuracy report
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Technology Stack

Industry-leading equipment and software

Vehicle-mounted mobile mapping system for road and corridor capture.

Trimble MX50 Mobile Mapper

Vehicle-mounted mobile mapping system for road and corridor capture.

RTK GNSS receiver for survey control and positioning.

Trimble R12 GNSS

RTK GNSS receiver for survey control and positioning.

Survey data processing, adjustment and deliverable preparation.

Trimble Business Center

Survey data processing, adjustment and deliverable preparation.

Processing of terrain, point cloud and raster data.

Global Mapper

Processing of terrain, point cloud and raster data.

Drafting and production of survey drawings.

AutoCAD

Drafting and production of survey drawings.

Surface modelling, profiles and engineering design deliverables.

Civil 3D

Surface modelling, profiles and engineering design deliverables.

CAD production for infrastructure and authority deliverables.

MicroStation

CAD production for infrastructure and authority deliverables.

FAQS

Frequently Asked Questions

Mobile LiDAR maps road corridors from ground level at driving speeds, capturing road surfaces, drainage, signs, and structures in high detail. Drone survey covers large areas from the air, capturing the top surface. For road surveys, mobile LiDAR provides superior detail of road-level features; for large-area terrain, drones are faster.

With proper GNSS base stations and IMU correction, mobile LiDAR achieves ±30–50 mm absolute accuracy for point positions. For cross-section extraction and road level surveys, this is comparable to traditional total station surveys but at 100× the speed.

Yes. Mobile LiDAR surveys are designed to operate on live roads without closures. The system captures data at normal traffic speeds. Some passes in opposite directions are needed for complete coverage.

Turnaround depends on corridor length, traffic conditions and the deliverables required. For reference, Al Warqa has mapped approximately 1,400 km of corridor in 20 days using mobile LiDAR. Send us the route and required outputs and we will confirm a programme.

Have more questions?

Our team of experts is ready to assist you with your specific project requirements across the GCC.

Send us a message