Multibeam sonar is a common offshore surveying tool that uses multiple sound signals to detect the seafloor. Because of its multiple beams, it is able to map a swath of the seabed under the ship, in contrast to a single beam sonar which only maps a point below the ship.
Multibeam systems are essential for supporting decision-makers in prioritizing actions, inspecting subcontractors, monitoring dredging processes, identifying hazards, keeping track of changes, recording infrastructure etc.
Their use reduces field time by over 70% while providing detailed three-dimensional surface models of the seafloor.
Multibeam systems are essential for supporting decision-makers in prioritizing actions, inspecting subcontractors, monitoring dredging processes, identifying hazards, keeping track of changes, recording infrastructure etc.
Their use reduces field time by over 70% while providing detailed three-dimensional surface models of the seafloor.
Applications
- Shallow Water Bathymetry
- Pipeline Surveys
- Pond, River and Estuary Surveys
- Harbor and Lake Surveys
- USV & UUV Ready
- High Resolution Multibeam-Sidescan
- Hydrographic surveys
- Structural inspections
- Naval applications
- Marine biodiversity studies
NORBIT iWBMS
Compact and high-resolution curved array bathymetric mapping system by NORBIT. This all-in-one, tightly integrated broadband multibeam turnkey solution offers high-resolution bathymetry over a wide swath. The high-end sonar with Applanix WaveMaster II (globally leading GNSS/INS system) embedded into the unit ensures fast and reliable mobilisation and the highest quality survey sounding in all conditions. The WBMS is based on a flexible sonar platform that utilizes the latest analogue and digital signal processing. With broad R&D expertise, NORBIT has developed, from the ground-up, exciting new technology that allows existing and new applications to benefit from the advantages offered by a compact wideband curved-array multibeam sonar and supported by DCT (Data collection Tool) for data acquisition.
Features
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Multibeam Sonar with Integrated Inertial Navigation System & Integrated NTRIP Client
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80kHz Bandwidth
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Roll-stabilisation
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Backscatter outputs (Intensity, Sidescan, Sidescan Snippets, Snippets, Water Column)
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Multidetect✓Simple Ethernet Interface
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Integrated Sound Velocity Probe✓Hydrodynamic Fairing
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Mounting Bracket Included✓FM & CW Processing
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Flexible Power✓Exceeds IHO Special Order, CHS Exclusive Order & USACE New Work
NORBIT WINGHEAD®
The NORBIT WINGHEAD i77h is an ultra-high resolution curved array bathymetric system, designed for rapid anywhere anytime mobilization featuring the highest standard industry leading integrated GNSS/INS positioning system.
The NORBIT WINGHEAD i77h is a compact ultra-high resolution curved array broadband multibeam sonar offering tight integration with GNSS/INS (Applanix OceanMaster) that is designed for use in the most demanding operational environments such as under bridges or in rough sea conditions. Characterised further by a small form factor; low power draw and tight integration, WINGHEAD i77h installation can occur on surface survey platforms ranging from small USVs to large vessel permanent hull mounts. Supported by DCT (NORBIT Integrated Data Acquisition Software) for efficient survey data acquisition.
NORBIT DCT
NORBIT’s bathymetry solution now includes data acquisition (DCT), this survey utility tool aims to simplify standard bathymetry survey operations. The bathymetry grid is displayed in a web browser allowing quick indication of the coverage and data quality in real-time while running the survey.
DCT is especially suitable for small boats and single-person operations as well as USV’s with low-bandwidth radio connectivity to the operator. DCT can be operated from a simple touch screen of a navigation plotter, tablet, smartphone, or PC and offers lean web browser accessible tools to efficiently plan the survey mission. With a tap of a finger or by a mouse click, users can draw lines, generate several wing lines with given spac-ing in just seconds. Each line can be adjusted, moved, rotated, resized, or deleted as needed. The available real-time displays in DCT are depth, sounding density, backscatter, and standard deviation. All four displays run concurrently on one, or several clients, e.g. skipper can view depth display and surveyor, or QA remote assistant can view standard deviation and sounding density display.
With the simple user interface DCT comes with a powerful data sharing capabilities based on PostGIS and GeoServer frameworks. DCT supports standard WMS and WFS protocols offering seamless integration with GIS software such as QGIS and other for immediate data access and further processing in any user workflow.
With the simple user interface DCT comes with a powerful data sharing capabilities based on PostGIS and GeoServer frameworks. DCT supports standard WMS and WFS protocols offering seamless integration with GIS software such as QGIS and other for immediate data access and further processing in any user workflow.
COLLECT AND EVALUATE MARINE DATA PROFESSIONALLY
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Case Study
Demonstration of Multibeam iWBMSh, NORBIT Subsea, PATRAS PORT
METRICA S.A. in collaboration with Norbit Subsea carried out a live demonstration for applications related to Berth Clearance and Pier Inspection using the Norbit iWBMSh compact multibeam system combined with Leica ScanStation P40.
The demo was held in Port of Patras.
See more for this application here.