Underwater

  • Underwater Acoustic Sensing Equipment

    Underwater Acoustic Sensing Equipment

    Underwater Acoustic Sensing Equipment Series | FrankStar Technology Group

    FrankStar Technology Group independently develops and manufactures a full lineup of professional underwater acoustic sensing instruments, covering self-contained acoustic recorders, real-time underwater noise analyzers, underwater noise monitors, and multi-element hydrophone arrays.
    Our underwater acoustic equipment features core competitive strengths: ultra-low power consumption, ultra-low self-noise, high receiving sensitivity, high-precision time synchronization, and deep-sea pressure resistance up to 6000m with titanium alloy housing. All products pass national first-class underwater acoustic metrology calibration, with fully traceable measurement data to national standards.
    The full series supports flexible deployment on mooring platforms, ocean buoys, underwater gliders, wave gliders and subsea arrays, widely applied to marine acoustic surveys, deep-sea scientific research, marine mammal tracking, offshore wind farm noise assessment, polar observation, underwater engineering noise monitoring and offshore EIA projects.
    FrankStar delivers turnkey underwater acoustic monitoring solutions integrating hardware, data storage, synchronous acquisition and real-time data transmission, serving global ocean research institutes, marine survey companies, offshore energy operators and environmental monitoring authorities.
  • HY-DUAR-ARMS Infrasonic Noise Monitor

    HY-DUAR-ARMS Infrasonic Noise Monitor

    The HY-DUAR-ARMS Underwater Acoustic Noise Monitor is an underwater noise monitoring instrument. It is an integrated acoustic signal acquisition device designed for applications such as marine acoustic monitoring, underwater scientific exploration, and underwater noise measurement. The product features core advantages including a wide frequency response range of 10 Hz to 10 kHz, low equivalent self-noise, and high receiving sensitivity. Utilizing a self-contained, integrated design, it is capable of independently performing in-situ acquisition and storage of underwater acoustic signals without the need for complex external acquisition equipment.

    With its stable performance and precise measurements, the ARMS Underwater Acoustic Noise Monitor serves as an ideal specialized instrument for marine environmental monitoring, underwater engineering surveys, and acoustic marine research.