Side Scan Sonar survey is an advanced acoustic imaging technique that produces high-resolution, two-dimensional images of the seafloor. Unlike bathymetric systems that measure depth, side scan sonar creates detailed "acoustic pictures" of the seabed, revealing objects, debris, bottom texture, and geological features. This technology is essential for object detection, pipeline inspection, and seabed characterization. ________________________________________ Technology Overview • Dual Frequency Operation – Combines low and high frequencies for wide coverage and high detail • Wide Swath Coverage – Covers large areas efficiently, up to several hundred meters per side • High-Resolution Imaging – Detects small objects and fine seabed details • Real-Time Data Display – Immediate visualization of seabed conditions • Towfish or Hull-Mounted – Flexible deployment based on project requirements • Integrated Positioning – Combined with GNSS for accurate object location ________________________________________ Key Applications • Pipeline & Cable Inspection – Detects exposed, buried, or damaged subsea infrastructure • Shipwreck & Obstruction Detection – Identifies hazards to navigation and construction • Seabed Characterization – Maps bottom type (sand, rock, mud, gravel) for engineering studies • Unexploded Ordnance (UXO) Detection – Locates and identifies potential hazards • Archaeological Surveys – Discovers and documents underwater cultural heritage • Dredging Support – Identifies hard bottom areas and monitors dredging progress • Environmental Studies – Maps benthic habitats and marine ecosystems • Search & Recovery Operations – Locates lost objects and debris ________________________________________ Deliverables • High-resolution side scan sonar mosaics • Georeferenced seabed images • Object detection and classification reports • GIS-ready data layers • Comprehensive survey reports • Integration with bathymetric data
Explore the complete range of specialist applications delivered under Hydrographic & Topographic Survey.
All data acquisition, processing, and charting workflows conform strictly to ISO 9001 quality frameworks, IHO S-44 hydrographic standards, and local municipality guidelines.
Selected engagements demonstrating our capabilities and execution standard
◆ Tabuk, Saudi Arabia • 2026
Leveraging cutting-edge drone-based LiDAR technology, this project delivers ultra-high-resolution topographic data for the AMAALA megaproject, enabling precise 3D terrain modeling and volumetric analysis to support world-class coastal infrastructure and landscape architecture.
View Project Case Study →◆ Jeddah, Saudi Arabia • 2026
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