25/04/2023
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AI-Based solutions for subsea inspections
Underwater and marine applications require equipment that can withstand the most strenuous conditions as well as deliver improvements in efficiency and safety.
Advanced Navigation's solutions cover a vast range of applications, including:
Surveying
ROV/AUV/USV navigation
Offshore oil & gas
Offshore wind turbines
Vessel navigation
MICRO AUV
The Drone Revolution In The Deep
Hydrus is a fully autonomous underwater drone that is not only equipped with the most advanced navigation, communication and propulsion systems of any subsea vehicle, but it hugely simplifies subsea survey, inspections and data capture.
Hydrus's revolutionary features enable highly reliable, fully autonomous underwater missions at your fingertips. It also provides obstacle detection and collision avoidance.
Full Specifications
USBL / INS
Unique USBL2 acoustic compass feaure
Advanced Navigation s unique multi-transducer USBL2 architecture greatly simplifies and reduces the costs and complexity involved with capturing full high-accuracy motion data of underwater tracked objects.
It also delivers unprecedented availability in shallow and difficult water conditions.
USBL squared benefits
Subsonus is a miniature underwater acoustic positioning system that provides high-accuracy position, velocity, and heading at ranges of up to 1000 metres.
The USBL provides highly reliable tracking thanks to its advanced signal processing and unique hydrophone design. Subsonus also seamlessly operates as a modem capable of transmitting user data underwater.
Full Specifications
USBL Case Study
JM Robotics
JM Robotics sought to develop an agile, miniature ROV that provides accurate acoustic heading and absolute position in difficult shallow water conditions. Subsonus provided a key fix to a complex set of conditions that no other USBL could match, enabling a cost-effective solution to be delivered.
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Inertial navigation systems
MEMS & FOG Technology
Advanced Navigation has a range of inertial navigation systems (INS) that are based on both MEMS and fibre-optic gyroscope technologies.
These cover a range of performance grades that makes them suitable for an array of subsea applications, including autonomous underwater vehicle (AUV)/remotely operated vehicle (ROV) and submarine vessel navigation and hydrographic survey.
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Marine navigation systems are becoming increasingly sophisticated as technology for sea applications improves.
This means more accurate heading and position that can integrate GNSS for absolute position, and north-seeking fibre-optic gyro-compassing for non-magnetic heading.
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Boreas DFOG products feature gyrocompassing capability that enable them to rapidly establish heading even in conditions of high dynamic motion, without requiring GNSS or magnetometers.
The reliability of data from the Boreas system provides very high levels of confidence in determining a relative or absolute position of a vehicle or vessel.
Full Specifications
Certus Evo is an AI-based MEMS GNSS-aided INS that provides extremely accurate position, velocity, acceleration, and orientation under the most demanding conditions.
It offers FOG-like performance combined with the reliability and affordability of MEMS sensors.
Certus Evo is available in both OEM and rugged packages and comes standard with license-free 1 cm RTK position accuracy.
Full Specifications
Industry-Leading Navigation And Robotics Technologies
ADVANCED NAVIGATION develops industry-leading navigation systems and robotics technologies for air, land, sea, and space applications. Our mission is to drive the autonomy revolution with AI-powered systems delivering unparalleled capabilities and performance.
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