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UUV-3500

For over 40 years, Klein Marine Systems has “set the bar” for commercial side scan sonar performance. The newly developed UUV-3500 product line leverages a powerful, wholly FPGA-implemented, multi-channel processing engine.

Klein Marine Systems, Inc.
11 Klein Drive
03079 Salem
United States of America
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Description

For over 40 years, Klein Marine Systems has “set the bar” for commercial side scan sonar performance. The newly developed UUV-3500 product line leverages a powerful, wholly FPGA-implemented, multi-channel processing engine.

Specifications

  • Year of introduction
    2010
  • System type
    Integrated
  • Mode of operation
    Simultaneous dual frequency
  • Model name
    UUV-3500 Side Scan/Bathymetry Sonar System for Unmanned Underwater Vehicles (UUVs)
  • Min. DC power [V]
    24
  • Max. DC power [V]
    24
  • Power consumption [W]
    24
  • Data processing and imaging capabilities
    The UUV-3500 leverages a powerful, wholly FPGA-implemented multi-channel processing engine which simultaneously optimizes two different and concurrent output data streams for: photo-quality side scan imagery and high-accuracy, co-registered swath bathymetry. Post survey analysis of the data can be accomplished using Kleins SonarPro software. We also offer a SDK which allows UUV manufacturers and third party software developers the ability to control the sonar directly, as well as display data using our proprietary image display engine.
  • Standard system interfacing capabilities
    The UUV-3500 system electronics will easily integrate into all manportable UUV platforms currently on the market and is also available in a watertight pressure case configuration.
  • Generation of firing trigger
    External triggering of active acoustic devices
  • Model identification
    UUV-3500
  • Max. depth rating [m]
    600
  • Transducer type and material
    Proprietary
  • Materials used
    Proprietary
  • Fish height from seabed determination method
    System electronics are integrated into UUV platform
  • Deployment methods
    Via Unmanned underwater vehicles
  • Depression technique
    Depends on vehicle
  • Type of Cable supported
    Cable not required for this application as the payload is integrated into the vehicle
  • Min. frequency [kHz]
    455
  • Max. frequency [kHz]
    900
  • Min. pulse length [µs]
    1
  • Max. pulse length [µs]
    8
  • Max. Range [m]
    150
  • Min. beam width [deg]
    0
  • Max. beam width [deg]
    0.34
  • Min. vertical beam width [deg]
    0
  • Max. vertical beam width [deg]
    0.45
  • Max. operating speed [kt]
    6
  • Application
    Hydrographic / geophysical surveys Cable / pipeline survey Environmental survey Small object detection Mine Countermeasures (MCM) / Intelligence, Surveillance, and Reconnaissance (ISR) surveys
  • Distinguishable features
    Low power, compact, lightweight, dual frequency

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