Level Gauge

Obscape’s Level Gauge delivers real-time water level measurements. It records the water level using a highly accurate radar sensor. Since the instrument is mounted above the water surface, deploying it in the field is easy. Water level monitoring plays an important role in monitoring natural or man-made water systems. The Level Gauge is suitable for application in ports, rivers, estuaries, canals, manholes, and storage basins. The instrument measures the distance to the water surface using an industry-standard radar sensor. It is mounted above the water surface, which avoids costly and labour-intensive underwater operations. The 40-metre range of the Level Gauge will cover even the most extreme water level variations.

 

Key Features:

  • Accurate water level data
  • Radar technology
  • No underwater components
  • Real-time data
  • Solar powered

 

Read More:

Level Gauge Datasheet

 

Key Features

Up to 25-hour mission duration

Speeds up to 4.2 knots

Increased module payload capacity

Search and recovery

Hydrography

Deep sea mineral exploration

Marine & Fisheries research

Product Enquiry

    Product Enquiry


    Related Articles

    Precision Under Pressure: BlueZone’s Eight‑Day Subsea Success

    Eight Days, Ten Cables, One Epic Holiday Turnaround   While most businesses were winding down for the holidays, BlueZone was powering up. As December 2025 raced toward Christmas, our workshop...

    Read More

    Rapid, Reliable, Ready: The Littoral Riverine Survey System in Defence Hydrography

    When military operations hinge on understanding what lies beneath the waves, deployable hydrographic survey systems like the LRS become essential tools for safe, informed decision‑making.       Military hydrographic...

    Read More

    Kraken MP‑SAS: Portable Synthetic Aperture Sonar for Modern Maritime Missions

    With Kraken’s MP‑SAS and BlueZone Group’s trusted in‑country support, Australian operators can now access a proven, portable SAS solution built for modern maritime missions.       As the demand...

    Read More