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Grandeur Subserv Ltd acquires Gaps M5 USBL system for shallow water nearshore operations « Earth Imaging Journal: Remote Sensing, Satellite Images, Satellite Imagery.Click to Read More
Day: January 14, 2023
The American Surveyor News
Saint-Germain-en-Laye (France), 10/01/2023 – Grandeur Subserv Ltd, a company specializing in underwater and environmental engineering services, recently acquired Exail Gaps M5 USBL system for shallow water geophysical surveys on the Nigerian coast. Looking for an agnostic acoustic positioning system compatible with third-party transponders and capable of accurately tracking any asset in very shallow water, the …
Sensors and Systems News
Grandeur Subserv Ltd acquires Gaps M5 USBL system for shallow water nearshore operations | Sensors and Systems
Marine Technology News
Grandeur Subserv Acquires Gaps M5 USBL For Shallow Water Ops Grandeur Subserv Ltd., a company specializing in underwater and environmental engineering services, recently acquired Exail Gaps M5 USBL system for shallow water geophysical surveys on the Nigerian coast. Looking for an agnostic acoustic positioning system compatible with third-party transponders and capable of accurately tracking any …
Grandeur Subserv Ltd Acquires Gaps M5 USBL System for Shallow Water Nearshore Operations
Ocean Robotics planet on 10.01.23 “As part of a survey to determine the location of pipelines or hazards that could impede drilling on the Escravos field, we have to track sensors in water depths ranging from 8 to 100 m, which is a real challenge, especially since our client expects centimeter accuracy in positioning these …
Grandeur Subserv Ltd Acquires Gaps M5 USBL System for Shallow Water Nearshore Operations Read More »
Grandeur Subserv Ltd Acquires Gaps M5 USBL System for Shallow Water Nearshore Operations | Offshore Industry
Embedding a motion sensor based on Exail FOG technology for stable heading roll and pitch compensation and a true north reference, Exail’s Gaps M5 offers a positioning accuracy of 0.2% up to 995 m operating range. It achieves maximum reception and transmission power levels, as well as interference cancellation capabilities to ensure optimal positioning data …