Ocean Robotics Planet Articles

Articles for Location: Brest, France

Number of matching Articles: 4

Exail Launches New SWaP-C Optimized Inertial Navigation System for AUV

05.03.2024
Exail, a leading provider of subsea navigation and positioning technologies, has announced the launch of its latest product, the Phins 9 Compact. This new compact high-performance inertial navigation system (INS) is designed for all unmanned underwater vehicles and offers the market’s highest blend of navigation performance, reliability, and Size, Weight, and Power (SWAP) efficiency.

Ashtead Technology expands rental fleet portfolio with acquisition of Exail’s Rovins 9-DVL

20.02.2024
Exail, a leading provider of cutting-edge navigation technology, has secured a major contract with Ashtead Technology for the initial sale of six units of its brand-new all-in-one INS/DVL system, the Rovins 9-DVL. With this new acquisition, Ashtead Technology becomes the first rental company in the market to adopt Exail’s new INS/DVL technology.

Exail and Kongsberg Discovery Achieve Full Compatibility for Long Baseline (LBL) Positioning Solutions

14.11.2023
Exail and Kongsberg Discovery are pleased to announce their successful collaboration in the field of Long Baseline (LBL) subsea positioning solutions. Since June 2023, Kongsberg cPAP LBL transceiver and Exail Ramses LBL transceiver have achieved full compatibility, marking a significant milestone in the LBL positioning industry. This advancement empowers customers with enhanced capabilities to optimize underwater operations and achieve unparalleled precision in navigation.

iXblue New Global Subsea Positioning System Chosen by Leading European Institute for Geodetic Mission off the Coast of Sicily

16.01.2019
iXblue, a global company that provides innovative solutions devoted to navigation, positioning and underwater imaging, has been chosen by the European Institute for Marine Studies (IUEM) to provide 8 Canopus LBL transponders for a major geodetic mission off the coast of Sicily. Deployed on the seabed, 2,500 meters below the surface, the Canopus transponders will measure the crustal deformation along the North-South Alfeo faults with a millimeter-scale resolution over the course of 4 years.

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