Wednesday, March 25, 2026

Sonar Technology News

© Teledyne Marine

Teledyne Marine RESON Celebrates 50 Years

, subsea situational awareness, mine countermeasures, and ocean research and monitoring. Its products are engineered for integration across autonomous platforms, as well as larger survey and naval vessels.A notable moment in RESON’s technological journey was its role in commercializing modern sonar technology, making multibeam sonar systems more compact, practical and accessible to surveyors worldwide. RESON also set early benchmarks in data quality through the adoption of advanced signal-processing techniques to enhance detection capability, maximize data accuracy and elevate seabed imaging clarity

© Teledyne Marine

Teledyne Marine Tests SeaBat Sonar at SeaSEC Harbor Challenge

Teledyne Marine has successfully demonstrated its advanced sonar technology during the SeaSEC Harbour Protection Challenge Day on February 2 in Gothenburg, Sweden – just ahead of its participation at Navy Tech & Seabed Defence 2026, where the company will also be exhibiting and delivering two expert speaker sessions. The live harbor protection exercise which focused on detecting and tracking underwater threats in port environments, served as a real‑world prelude to Teledyne Marine’s presence at the Navy Tech event (February 3-5, 2026).During the one-day harbor protection exercise

© FarSounder

FarSounder Awarded Manufacturing Innovation Voucher to Advance AI‑Based Sonar Capabilities

FarSounder, a leader in 3D Forward Looking Sonar technology, has been awarded a Manufacturing Innovation Voucher by the Rhode Island Commerce Corporation. The award will support advanced research and development focused on integrating automatic target recognition into FarSounder’s end‑user sonar software.Under the Innovation Voucher program, FarSounder will build on an existing proof‑of‑concept to bring machine‑learning target recognition into a fully integrated software prototype. This work will introduce automated classification of key sonar targets, focusing on seafloor features, wake‑related

R/V Falkor (too) following a bow reconstruction that significantly improves the precision and reliability of the ship’s sonar systems in capturing high-quality mapping data, even in challenging weather conditions. Photo: Misha Vallejo Prut/Schmidt Ocean Institute

Schmidt Ocean Institute Advances R/V Falkor (too)’s Mapping Capabilities

helps to eliminate bubbles from interfering with the ship’s sonars and sensors, which proved challenging with the previous bulbous bow— an aspect of the original MV Polar Queen vessel design that assisted in faster transits across the ocean. Seafloor maps are created using multibeam sonar technology, which sends sound from the vessel to the seafloor. Scientists, especially hydrographers, use the time it takes for the sound to travel between the ship and the seafloor to calculate the depth, creating a bathymetric map and revealing seafloor features like underwater mountains and canyons. 

Source: Saildrone

Saildrone Maps Cayman Islands EEZ

burdens.The Surveyor required minimal shoreside infrastructure and operated entirely without local crew—an enormous advantage for nations without hydrographic departments or survey vessels.Prior to the Saildrone survey, the extent to which the Cayman EEZ had been surveyed with modern multibeam sonar technology was only 20,000 sq km of seafloor concentrated around the deep water of the Cayman Trench. One of the priorities of the mission was to survey four fishing banks—60 Mile Bank, Lawfords Bank, Pickle Bank, and 12 Mile Bank—which serve as crucial hotspots of biodiversity supporting fisheries

FarSounder Argos 3D Sonar Integrated with Anschütz SYNAPSIS (W)ECDIS NX

FarSounder, an innovator in 3D forward looking navigation sonar technology, has announced a new integration with Anschütz GmbH’s (W)ECDIS NX navigation platforms. This collaboration brings FarSounder’s real-time underwater detection and seafloor mapping data directly into the SYNAPSIS interface. Anschütz’s SYNAPSIS interface enables third-party systems to contribute geo-referenced data layers, such as sonar returns, onto the chart display without requiring modification to the system itself. As a result, users of FarSounder’s Argos sonar can now view in-water

© FarSounder

FarSounder Launches Whale Spotting and Safe Vessel Operations Course

FarSounder, a leader in 3D forward-looking sonar technology, has announced the launch of its Whale Spotting and Safe Vessel Operations course in partnership with Azura, a consulting firm that empowers others in environmental stewardship and conservation. This course was developed to equip mariners with the knowledge needed to identify whales and reduce the risk of vessel collisions.The online training course provides participants with a deeper understanding of whale biology, current protection measures, and practical strategies for minimizing risks at sea. Topics include the basics of whale identificati

© Kongsberg Discovery

Kongsberg Discovery Launches FS80 Trawl Sonar

Kongsberg Discovery has announced the commercial launch of the FS80 Trawl Sonar.The compact, modular and multifrequency solution is the market’s first sonar system to combine net monitoring, intake profiling and bottom detection in a single unit, making the very latest sonar technology accessible to fishery operators, big and small. Originally unveiled at Pacific Marine Expo (PME) in November last year, the innovation has now been put through its paces in extensive sea trails, with first class results.The FS80 builds on the legacy of the enduringly popular FS70, which has been a trusted market

Klein Marine Systems has received a contract to provide Synthetic Aperture Sonar hardware technology to Saab Kockums AB. Credit: Klein Marine Systems

Klein Marine Systems Signs Agreement With SAAB to Provide Synthetic Aperture Sonar (SAS) Technology

Klein Marine Systems, a leader in sonar technology, has received a contract to provide Synthetic Aperture Sonar (SAS) hardware technology to Saab Kockums AB (Linköping, Sweden). The sonar hardware will be integrated onto the Saab AUV62-MR, an autonomous underwater vehicle (AUV) designed for mine-countermeasures (MCM) missions. Saab has signed a contract with the Swedish Defence Materiel Administration (FMV) for the AUVs. The vehicle has the ability to quickly map and produce high-resolution sonar images of the seabed over large areas and detect various types of objects. The system provides

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