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The FS-3DT is one of FarSounder's main products for surface ship navigation and obstacle avoidance which uses Dual Transmission™ technology. Like the FS-3, it provides a 90° field-of-view depth map with a single ping. However, the FS-3DT also includes a narrow beam 1/4 mile range mode. This Dual Transmission™ design can be configured to automatically switch between the standard 90° ping and the long range narrow beam ping
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The FS-3DT Bistatic has been introduced after careful consultation with industry, to meet the needs of certain vessel types that wish to take advantage of the FS-3DT's superior performance. By mounting the transmitter and receiver in separate modules has allowed the form factor to be significantly reduced, together with a more streamlined styling.
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The FS-3ER is FarSounder's latest product introduction for longer range surface ship navigation and obstacle avoidance which uses Dual Transmission™ technology. Like the FS-3DT, it provides a 90° field-of-view depth map with a single ping. However, the FS-3ER also includes a narrow beam 800m – 1,00m range mode. This Dual Transmission™ design can be configured to automatically switch between the standard 90° ping and the long range narrow beam ping.
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WASSP is a unique combination of multibeam sonar and PC processing power designed to provide Operators with unparalleled information about the Marine environment. WASSP illuminates a 120° swath port-starboard across the Seafloor. WASSP then receives 112 dynamic beams, each containing detections from water column and seafloor.
WASSP then generates fish school, seafloor object, seafloor bathymetric profiles and changes in seafloor hardness information from 112 beams.
WASSP will enable you to find and position:
- reefs & wrecks
- fish schools
- seafloor hardness changes
- foreign objects in the water column or on the seafloor.
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The EM 710 multibeam echosounder is a high to very high resolution seabed mapping system capable of meeting all relevant survey standards. The system configuration can be tailored to the user's requirement, allowing for choice of beam widths as well as transmission modes. The minimum survey depth is from less than 3 meters below the transducers, and the maximum depth is approximately 2000 meters, somewhat dependant upon array size. Across track coverage (swath width) is up to 5.5 times water depth, to a maximum survey depth more than 2000 meters.
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