china-sonar
  • Home
  • Products

    Underwater Imaging


    Mini Underwater Acoustic Cameras Underwater Acoustic Cameras3D Imaging Sonar

    Underwater Navigation


    Doppler Velocity Logs Compact NavigatorPositioning System AUV Communication  & Navigation  Kits

    Hydrographics


    Acoustic Doppler Current Profilers Single-Beam Echosounder

    Diving Support System


    Underwater Intercom Dive & Underwater EquipmentComms & Positioning Equipment

    Underwater Communication


    Underwater Acoustic Modems

    Unmanned Vehicles


    Wave Glider Foldable Trimaran VesselUnmanned Surface Vehicles(USVs) RTK‑GNSS Navigation Components

    Acoustic Transducer


    Hydrophone

    FISHEing SONARS 


    Commercial Fishing Sonar
    Follow us
    点击这里来设置您的社交网络
  • 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 Cameras3D Imaging Sonar

      Underwater Navigation


      Doppler Velocity Logs Compact NavigatorPositioning System AUV Communication  & Navigation  Kits

      Hydrographics


      Acoustic Doppler Current Profilers Single-Beam Echosounder

      Diving Support System


      Underwater Intercom Dive & Underwater EquipmentComms & Positioning Equipment

      Underwater Communication


      Underwater Acoustic Modems

      Unmanned Vehicles


      Wave Glider Foldable Trimaran VesselUnmanned Surface Vehicles(USVs) RTK‑GNSS Navigation Components

      Acoustic Transducer


      Hydrophone

      FISHEing SONARS 


      Commercial Fishing Sonar
      Follow us
      点击这里来设置您的社交网络
    • 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
Dr. Kenji Sato
Hydrographic Study of the Houston Ship Channel and Gulf Coast Tidal Dynamics
The Estuarine Complexity of the Texas Gulf Coast: A Hydrographic Profile The Houston Port system sits at a precarious geographic intersection around 29.7° N, 95.3° W, where the alluvial plains of the ...
ADCP Hydrography
Nov 9, 2024 ADCP
Sarah Jenkins
Field Deployment Report: Bottom-Mounted ADCP Profiling at Milos Port, Greece
Deployment Notes: Milos Port, Cyclades, September 2023 The salt air was thick and heavy as we unloaded the gear at the Milos quay just after 05:00. Looking out over the harbor, the water had that dece...
ADCP Hydrography
Nov 9, 2024 ADCP
Elena Rodriguez
Belaya River’s Erratic Discharge vs. Standard Continental Basins: A Comparative Study
The Belaya River Basin vs. Central European Norms: A Hydrodynamic Contrast Monitoring the Belaya River is a nightmare for any field engineer. Unlike the predictable seasonal pulses of the Rhine or the...
ADCP Hydrography
Nov 9, 2024 ADCP
Dr. Kenji Sato
Hydrographic Study of the Oka River Basin and the Dynamics of Central Russian Floodplains
The Riparian Complexity of the Oka: A Study in Central Russian Fluvial Dynamics The Oka River, carving its path through the heart of European Russia, represents a challenging hydrographic environment....
ADCP Hydrography
Nov 9, 2024 ADCP
Sarah Jenkins
Hongshui River Flux vs. Pearl River Delta: Why Basin-Specific Turbulence Dictates ADCP Choice
Hongshui River Dynamics vs. Lower Pearl River Norms: A Hydrodynamic Comparison Measuring currents in the Hongshui River isn't a plug-and-play operation. Most engineers make the mistake of treating it ...
ADCP Hydrography
Nov 9, 2024 ADCP
Elena Rodriguez
Field Deployment Report: ADCP Velocity Profiling in the Luzon Strait
Deployment Notes: Luzon Coastline, November 2023 The humidity hit us the moment we stepped off the boat near the Cagayan River mouth. It was 04:30, and the air felt like a warm, wet blanket. We were t...
ADCP Oceangraphy
Nov 9, 2024 ADCP
Dr. Kenji Sato
Kihnu Port's Erratic Shear vs. Baltic Basin Norms: A Comparative Acoustic Study
Kihnu Port vs. The Gulf of Riga: A Hydrodynamic Divergence Measuring water movement in the Port of Kihnu (58°13'N, 24°13'E) isn't like monitoring the open Gulf of Riga. In the open basin, you deal wit...
ADCP Hydrography
Nov 9, 2024 ADCP
Capt. Marcus Thorne
Evaluating Velocity Profiles and Acoustic Backscatter in the Sediment-Heavy Reach of the Euphrates
Variable Discharge Dynamics and Bed-Load Transport in the Mesopotamian Basin The Euphrates presents a nightmare for standard flow measurements due to its extreme seasonal volatility and high suspended...
ADCP Hydrography
Nov 9, 2024 ADCP
Dr. Alistair Vance
Hydrographic Study of the Missouri River Basin and its Floodplain Dynamics
The Fluvial Architecture of the Missouri River Basin: A Study in Continental Runoff The Missouri River system, stretching from the rugged peaks of the Rocky Mountains in Montana (roughly 46°N) down to...
ADCP Hydrography
Nov 9, 2024 ADCP
Dr. Kenji Sato
Hydrographic Study of the Tietê River Basin and Flood Dynamics in São Paulo
The Fluvial Architecture of the Tietê: A Basin Under Pressure The Tietê River originates in the Serra do Mar, carving a path across the Brazilian Highlands at approximately 23°S latitude. Unlike most ...
ADCP Hydrography
Nov 9, 2024 ADCP
Dr. Kenji Sato
ADCP Deployment at Jericoacoara: A Quick Technical Brief
Measuring Jericoacoara Coastal Currents: What Engineers Need to Know Measuring water movement off Jericoacoara is a hydrodynamic battle. The South Equatorial Current (SEC) slams into the Brazilian bul...
ADCP Hydrography
Nov 9, 2024 ADCP
Sarah Jenkins
Field Deployment Report: Bottom-Mounted ADCPs at Caofeidian Port, Bohai Sea
Deployment Notes: Caofeidian Port, Hebei Province, October 2023 The air was biting as we stepped onto the deck at 4:00 AM, the grey light of dawn barely illuminating the massive gantry cranes of the C...
ADCP Hydrography
Nov 9, 2024 ADCP
  • 101
  • 102
  • 103
  • 104
  • 105

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 Vehicles(USVs)Wave Glider

    Foldable Trimaran Vessel

    RTK Heading GNSS Receiver  

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

    Commercial Fishing Sonar

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