Latest Trends in Global Acoustic Positioning System Market

Acoustic Positioning Systems (APS) are cutting-edge technologies used to determine the precise underwater position of objects or assets in aquatic environments.

These systems rely on the principles of sound propagation through water to establish accurate location data. They have become indispensable tools in various industries, including offshore energy, marine research, underwater construction, and defense.

The functioning of an APS typically involves the deployment of one or more acoustic transponders or beacons strategically placed on the seabed or attached to submerged objects.

These transponders emit acoustic signals, often in the form of sound waves or pulses, which travel through the water. An acoustic positioning system-equipped asset, such as a remotely operated vehicle (ROV) or autonomous underwater vehicle (AUV), then receives these signals and calculates its own position relative to the transponders by measuring the time it takes for the acoustic signals to travel back and forth.

The precise measurements are used to triangulate the asset's location with remarkable accuracy.

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TECHNOLOGICAL ADVANCEMENTS

Advanced Navigation leverages cutting-edge technology and manufacturing techniques to offer underwater acoustic positioning solutions with the highest performance for the lowest SWaP-C (size, weight, power consumption, and cost).

Their range of acoustic navigation products is built on the core knowledge of operating in demanding, GNSS-denied environments. Subsonus combines an industry-leading hydrophone array with advanced AI-based acoustic processing techniques to offer a high-performance ultra-short baseline (USBL) positioning system in a miniature depth-rated enclosure.

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GOVERNMENT SUPPORT

Sonatech proposes to develop the operational concept for an underwater "GPS-type" acoustic positioning system (UAPS) deployable from surface craft or helicopter, providing multiple users the ability to navigate with GPS precision underwater.

UAPS has applications for unmanned underwater vehicles (UUV), SEAL delivery vehicles (SDV), diver-held Hydrographic Mapping Units (HMU), and Underwater Imaging Systems (UIS).

UAPS will consist of a field of autonomous acoustic transponder sensors transmitting periodic time-synchronized spread spectrum signals. Following deployment, the transponder array will automatically self-calibrate to establish precise transponder positions.

User equipment will passively monitor transponder transmissions, and convert time differences of arrival to positions in real-time with an accuracy of better than 2 meters.

Each transponder will transmit its own position data periodically, so users need no prior knowledge of array placement parameters. Once transponders are deployed, no further surface presence or equipment is needed for system calibration or operation.

Phase I investigations include: a. Detailed definition and design of all acoustic signals required b. Determination of the optimum method of transferring transponder coordinates to the user equipment via acoustic telemetry.

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RECENT DEVELOPMENT

Exail, a leading provider of innovative navigation, subsea positioning, and imaging solutions, announces the launch of a new compact and cost-effective subsea acoustic USBL positioning system for permanent vessel installation, the Gaps M3.

Gaps M3 is a USBL positioning system with no embedded Inertial Navigation System (INS), making it a cost-effective choice for operators who can rely on existing onboard navigation systems.

Intended for permanent USBL installations, Gaps M3 can indeed be coupled with navigation systems already on board to provide users with continuous access to high-level precision meeting any operational requirement for survey and Dynamic Positioning (DP) operations.

Deployments from opportunity vessels are still possible thanks to Gaps M3 integrated MEMS Attitude and Heading Reference System (AHRS).

Benefitting from the existing Gaps Series renowned features, the Gaps M3 is equipped with a 3D, 4-hydrophone acoustic antenna that provides a maximum aperture, along with new telemetry features, enabling advanced acoustic communication capabilities.

It offers true horizontal tracking and communication capabilities in shallow and deep water, especially when multiple vehicles need to be located simultaneously.


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FAQs

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Cost breakup of a Global Acoustic positioning system and key vendor selection criteria
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