china-sonar
  • Home
  • Products

    Underwater Imaging


    Mini Underwater Acoustic Cameras Underwater Acoustic Cameras

    Underwater Navigation


    Doppler Velocity Logs Compact NavigatorPositioning System

    Hydrographics


    Acoustic Doppler Current Profilers Foldable Trimaran Vessel

    KITs 


    AUV Communication  & Navigation  Kits

    Diving Support System


    Underwater Intercom Dive & Underwater EquipmentComms & Positioning Equipment

    Unmanned Vehicles


    Wave Glider Unmanned Surface Vehicle(USV)

    Underwater Communication


    Underwater Acoustic Modems

    Unmanned Vehicles


    Wave Glider Unmanned Surface Vehicle(USV)

    Acoustic Transducer


    Hydrophone
    Follow us
    ​
  • Knowledge-center
  • About us
    • About us
    • Contact
  • 0
  • 0

  • Sign in
  • Contact Us
china-sonar
  • 0
  • 0
    • Home
    • Products

      Underwater Imaging


      Mini Underwater Acoustic Cameras Underwater Acoustic Cameras

      Underwater Navigation


      Doppler Velocity Logs Compact NavigatorPositioning System

      Hydrographics


      Acoustic Doppler Current Profilers Foldable Trimaran Vessel

      KITs 


      AUV Communication  & Navigation  Kits

      Diving Support System


      Underwater Intercom Dive & Underwater EquipmentComms & Positioning Equipment

      Unmanned Vehicles


      Wave Glider Unmanned Surface Vehicle(USV)

      Underwater Communication


      Underwater Acoustic Modems

      Unmanned Vehicles


      Wave Glider Unmanned Surface Vehicle(USV)

      Acoustic Transducer


      Hydrophone
      Follow us
      ​
    • Knowledge-center
    • About us
      • About us
      • Contact

  • Sign in
  • Contact Us
Latest
UAM-08160H Underwater Acoustic Modem Range Test Report
Field Performance Evaluation: 6–10.4 km Telemetry Range, Channel Fading Analysis, and Line-of-Sight Limitations
 
  • Blogs:
  • All
  • News
  • Test Data
  • ADCP
  • Imaging Sonar
Elena Rodriguez
Hydrographic Study of the Tsemess Bay Coastal System and Novorossiysk Port Currents
The Geographic Blueprint of Tsemess Bay: A Natural Hydrodynamic Trap Novorossiysk sits at 44.7°N, tucked into the semi-enclosed embrace of Tsemess Bay. This isn't just a harbor; it is a geographic ano...
ADCP Hydrography
Jan 29, 2025 ADCP
Sarah Jenkins
Mitigating Vertical Shear and Acoustic Noise during Bora Wind Events in the Pula Coastal Zone
Bora-Induced Velocity Spikes and Vertical Shear in the Southern Adriatic Field observations at the tip of the Istrian Peninsula frequently reveal surface velocities exceeding 1.2 m/s during peak Bora ...
ADCP Hydrography
Jan 29, 2025 ADCP
Sarah Jenkins
ADCP Deployment at Gwadar Port: A Quick Technical Brief
Measuring Currents at Gwadar Port: What Engineers Need to Know Gwadar is a hydrodynamic nightmare during the Southwest Monsoon. The interaction between the Oman Air High and the rugged Balochistan coa...
ADCP Hydrography
Jan 29, 2025 ADCP
Sarah Jenkins
Field Deployment Report: Bottom-Mounted ADCP at Balboa Port, Panama
Deployment Notes: Balboa Port Entrance, October 2023 We hit the docks at Balboa just as the first light broke over the Pacific, but the humidity was already stifling. The air felt thick, smelling of d...
ADCP Hydrography
Jan 29, 2025 ADCP
Elena Rodriguez
ADCP Deployment in the Gothenburg Archipelago: A Quick Technical Brief
Measuring Currents in the Göta Älv Estuary: What Engineers Need to Know Gothenburg isn't your typical coastal site. The collision of Göta Älv river discharge and saline Kattegat inflows creates a vola...
ADCP Hydrography
Jan 28, 2025 ADCP
Sarah Jenkins
ADCP Deployment at Grimstad: A Quick Technical Brief
Measuring Currents at Grimstad: What Engineers Need to Know Grimstad is a hydrodynamic crossroads where the Norwegian Coastal Current (NCC) slams into the jagged Skagerrak shoreline. You aren't dealin...
ADCP Hydrography
Jan 28, 2025 ADCP
Dr. Alistair Vance
ADCP Deployment in the Ligurian Basin: Technical Guidance for Genoa
Measuring Currents in Genoa: What Engineers Need to Know Genoa is a nightmare for standard modeling because the Apennines drop almost vertically into the Ligurian Sea. You deal with a narrow shelf and...
ADCP Hydrography
Jan 28, 2025 ADCP
Dr. Alistair Vance
ADCP Deployment at Alexandria Port: A Quick Technical Brief
Measuring Currents at Alexandria Port: What Engineers Need to Know Alexandria Port is a hydrodynamic nightmare. Mediterranean swells slam into narrow dredged channels, while massive container ships di...
ADCP Hydrography
Jan 28, 2025 ADCP
Capt. Marcus Thorne
Taming the Salt Wedge: The Reality of Oslofjord Flow Dynamics
The Oslofjord is a Liar If you've spent any time on a bridge or a research vessel in the Oslofjord, you know the water doesn't play by the rules. On paper, it's a fjord. In practice, it's a hydrodynam...
ADCP Hydrography
Jan 27, 2025
Jack Law
ADCP's Application to Ocean Current Measurement in Wellington Port
1. Where is Wellington Port? 2. Why should we measure the ocean currents in the Wellington Port? 3. How do the ADCPs of the Doppler principle work? 4. What is required in order to have high-quality me...
ADCP Hydrography
Jan 27, 2025
Dr. Kenji Sato
ADCP Deployment at Catania's Ionian Coast: A Quick Technical Brief
Measuring Currents off Catania: What Engineers Need to Know Catania is a hydrodynamic nightmare for the unprepared. You have a steep drop-off into the Ionian Sea combined with the unpredictable Sirocc...
ADCP Hydrography
Jan 27, 2025
Capt. Marcus Thorne
Mitigating Signal Attenuation and Benthic Drift in the High-Turbidity Coastal Waters of Los Mochis
Tidal Asymmetry and Vertical Shear in the Topolobampo Bay Transition Zone Field observations near the mouth of the Topolobampo Bay consistently show current velocities flipping 180 degrees within a si...
ADCP Hydrography
Jan 27, 2025
  • 33
  • 34
  • 35
  • 36
  • 37

Recent Article                                                                                          ​→All Blogs

Your Dynamic Snippet will be displayed here... This message is displayed because you did not provided both a filter and a template to use.
Contactus

Hangzhou TingSeek Technology Co., Ltd.

Hangzhou, Nanjing, Suzhou, China  

​[email protected]

  • ​[email protected] 
         (Alternative Email)

​    WhatsApp +86 15005730266

​     WeChat :+86 15005730266

UNMANNED VEHICLES

    Unmanned Surface Vehicle(USV)Wave Glider

    Foldable Trimaran Vessel

Application Case
  • Oceanography
  • Coastal
  • Energy




Product
  • ADCP
  • Underwater Acoustic Modems
  • Underwater Acoustic Cameras
  • Mini Underwater Acoustic Cameras
  • Doppler Velocity Logs(DVL)
  • Compact Navigator

    Dive & Underwater Equipment

    Hydrophone

Product Store
  • Store




​
Copyright © 2026 Hangzhou TingSeek Technology Co., Ltd. 

We use cookies to provide you a better user experience on this website. Cookie Policy

Only essentials I agree