Add to Enquiry


With higher measurement accuracy and extra-large bottom tracking distance, compact structure, both a variety of installation methods, easy to install the carrier, the maximum pressure-resistant depth is increased to 11,000m, excellent overall performance. It is suitable for the control and navigation of underwater carriers such as mobile vessels, AUVs, ARVs, ROVs, HUVs and towed bodies, and is ideal for assisting in marine exploration, marine ecological research, undersea environmental monitoring and marine engineering

Use environment
Document download

Ultra-high measurement accuracy

Excellent data processing technology, high precision and high resolution ensure that the measurement results are true and valid.

Compact form factor

The scientific modular layout of the 300 kHz acoustic Doppler meter allows for a compact form factor that saves space on the carrier.

Multiple mounting options

The 300kHz acoustic Doppler rangefinder is available with two mounting options: waist-hugging tile mounting and tail-end screw mounting.

Multiple bandwidth options

The choice of bandwidths allows you to select the best option at any time: broadband for high resolution and low noise measurements, narrowband for extended measurement ranges.

Low power consumption

Typical operating power consumption is only 10.2W, which saves valuable energy in the carrier equipment and ensures a longer carrier life under the same conditions.

Multiple data output formats

A wide range of data formats ensures that the user collects the right data for them and has a variety of options for post-processing.

Multiple communication interfaces

Supports serial communication options RS232, RS422, RS485 and also supports Ethernet communication to ensure compatibility with common communication interfaces.

Specific information extraction

Support data export on demand, export flow rate, correlation coefficient, echo intensity, bottom measurement results, sensor data, etc. to meet the user's professional needs.

Multiple wake up methods

The DVL can be woken up from hibernation by timed wake up, break wake up and synchronous wake up.

Real time data transfer back

Once the DVL is connected to the host PC, the DVL can be controlled in real time and the data will be transmitted back to the host PC every working cycle.

Multiple data display methods

Single frame display, pseudo-colour display, raw AD data waveform display, users can intuitively read all kinds of data, which is convenient for users' investigation and observation work.

Power consumption and space estimation

The display software calculates the total power consumption and data occupation space based on the set parameters, providing relevant reference and guidance for deployment planning.


Fully independent intellectual property rights, customisable according to user needs.

Ocean monitoring platform

Related Products