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How to Navigate a Yacht Through Risky Situations in Unknown Waters
Media Coverage, From: ACREW Guest User Media Coverage, From: ACREW Guest User

How to Navigate a Yacht Through Risky Situations in Unknown Waters

Three Captains discuss this thought-provoking topic and current operational procedures used by the industry when navigating unknown waters with poor quality nautical charts. There could be navigational hazards such as shallows or a variety of obstacles in the water column. Hear insights into workflow, experiences, and thoughts on the subject, and what developments can occur in the future of navigation.

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QPS Adds Direct FarSounder Integration to Qinsy
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QPS Adds Direct FarSounder Integration to Qinsy

Quality Positioning Services (QPS), the experts in maritime geomatics software and services, has integrated FarSounder’s Argos Forward Looking Sonars (FLS) into their Qinsy survey software package. Argos sonar users are now able to display their FLS bathymetric data in the Qinsy platform along with the rest of the survey data they are capturing.

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FarSounder on Largest Motor Yacht Built in Canada
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FarSounder on Largest Motor Yacht Built in Canada

FarSounder’s Argos 500 Forward Looking Sonar system is set to be fitted on the largest recreational motor yacht ever built in Canada. At 164-feet (50m), the groundbreaking Danzante Bay is being built by Crescent Custom Yachts near Vancouver. The vessel is slated to launch in 2021 and will be fitted with some of the most advanced navigation technology available.

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FarSounder on NAVSEA USV/UUV Project
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FarSounder on NAVSEA USV/UUV Project

FarSounder has been selected as a subcontractor on a research and development project led by GMATEK Inc. This project is contracted by the U.S. Navy’s US Naval Sea Systems Command (NAVSEA), Program Executive Office - Unmanned and Small Combatants (PEO-USC).

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Challenging Boundaries for Sonar Technology

Challenging Boundaries for Sonar Technology

Collisions and groundings have traditionally cost yacht owners millions of pounds in damages. Of course, being able to spot an obstacle before a dangerous situation occurs is what every captain strives for. Conventional echo sounders only tell you the depth of the water you are currently in. In order to anticipate the true waters, you are about to enter you require forward-looking sonar.

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Looking ahead: Navigating uncharted waters with FarSounder’s new Argos 350

Looking ahead: Navigating uncharted waters with FarSounder’s new Argos 350

The Rhode Island-based forward-looking sonar experts at FarSounder have unveiled their latest product in preparation for this year’s Fort Lauderdale International Boat Show. Set to make its official world launch during the show, which kicks off tomorrow on 30th October, the new sonar model forms part of the company’s navigation series: the Argos series and is called the Argos 350.

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FarSounder Expands Field of View
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FarSounder Expands Field of View

FarSounder is increasing its navigation sonars’ capabilities by broadening the field of view to up to 120 degrees. Their series of forward looking sonars currently provide users a 90 degree field of view out to 500m and 60 degree field of view out to 1000m.

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FarSounder Acquires Japanese Patent
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FarSounder Acquires Japanese Patent

FarSounder, the leader in 3D forward-looking sonar, is pleased to announce the issuance of their fifth patent. It was issued by the Japanese Patent Office, one of the largest in the world. This patent relates to their invention of integrated sonar devices and methods and is FarSounder's first issued in Japan.

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FarSounder Technology Used in Fishery Research
Press Release Matthew Zimmerman Press Release Matthew Zimmerman

FarSounder Technology Used in Fishery Research

FarSounder is pleased to announce a collaborative research project using an application of its 3D sonar technology to increase sustainability and benefit the commercial fishing industry. The main focus of the project is to assess pelagic fish species such as menhaden and herring. The technology currently used in many fishery surveys is suitable for sampling bottom-dwelling species but not well-suited for accurately assessing pelagic species.

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Development of Underwater Sonar as a Technique for Assessment and Classification of Pelagic Fish in Rhode Island (2017-2019)
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Development of Underwater Sonar as a Technique for Assessment and Classification of Pelagic Fish in Rhode Island (2017-2019)

Estimating the number of individual fish in a given stock is one of the most fundamental yet challenging aspects of fisheries management. In Rhode Island, Atlantic menhaden and herring are commercially important pelagic fisheries that support a large industry, yet management is difficult because reliable and adequate data are lacking; while existing fisheries surveys do a good job of sampling bottom-dwelling species, they are poorly suited for accurately assessing pelagic species.

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