Teledyne Benthos Ultra Compact Modem (UCM)

Teledyne Benthos Ultra Compact Modem (UCM)

Acoustic Communications at Your Fingertips

Key Features:

  • ​OEM product measures just 60×50 mm and 55 g weight-in-air.
  • Teledyne’s 30+ years of A-comms experience and proven signal-processing technology to ensure your data quality.
  • Increased transmit power resulting in increased range and improved data reliability.
  • Decreased power draw for power critical applications such as micro vehicles and extended instrumentation deployments.
  • Operation to 6000 m depth for the OEM package (700 m for self-contained).
  • Janus compatibility.

Top Five Reasons Why You Need a Teledyne Benthos Ultra Compact Modem 

 
The UCM is ideally suited for applications with stringent size and weight limitations such as micro vehicles and smaller subsea instrumentation.

 

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

    Global Innovation, Local Expertise: The SeaBat T51 R and BlueZone Partnership

    In a field where accuracy is everything, the SeaBat T51‑R emerges as the ultimate tool—pairing Teledyne’s world‑leading innovation with BlueZone’s trusted regional expertise.   As hydrographic surveying demands higher accuracy,...

    Read More

    The Future of Mine Warfare: Faster Detection, Safer Operations, Greater Coverage with Kraken SAS

    Faster Mine Detection. Safer Naval Operations.   For decades, naval mines have remained one of the most effective and affordable maritime threats. Capable of disrupting sea lines of communication, delaying...

    Read More

    A Legacy of Defence Support. A Future of Service Capability.

    From mine warfare systems to advanced oceanographic sensors, Australia’s underwater capability relies on more than cutting-edge technology; it depends on the expertise that keeps it operational.   In an environment...

    Read More