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DVL-A50-Water-Linked-2

DVL | Waterlinked A50 + Integration

Water Linked A50 DVL provides estimated velocity relative to the seafloor using acoustic waves from four transducers. In combination with Deep Trekker BRIDGE sensor technology, greatly improve the ability to determine speed, heading as well as automated station holding.

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    USBL

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    Station keeping

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    Better navigation in current

Doppler velocity log ROV attachment for stabilization and autonomy

Integrate the small yet powerful, Water Linked A50 DVL with your ROV to enhance navigation capabilities. This DVL offers improved speed and heading determination, as well as automated station holding. Paired with Deep Trekker BRIDGE sensor technology, the A50 delivers precise navigation data for your underwater missions, ensuring optimal performance and efficiency.
Plane underwater being approached by Deep Trekker DTG3 ROV

DVL for search and recovery missions

In search and recovery missions, the DVL plays a crucial role in maintaining an optimal altitude for the imaging sonar. For instance, it ensures the sonar remains at a precise depth, such as 15 meters, with the sonar oriented at a 15-degree angle downward. This configuration enhances the effectiveness of the sonar in capturing detailed images during underwater search operations.

Deep Trekker REVOLUTION ROV underwater with laser beams coming from the front

Position/Station holding with DVL

The DVL is instrumental in maintaining precise positions during various operations. Whether conducting inspections against a current, deploying a manipulator, or using a laser scanner, the DVL aids in achieving steady and controlled ROV positioning. This capability ensures optimal conditions for detailed inspections and intricate tasks, enhancing overall operational efficiency and accuracy.

Underwater shot of seafloor by DTG3 ROV

Automatic altitude hold

Employing a DVL on the ROV facilitates automatic altitude hold, ensuring course stability in currents and maintaining a consistent altitude above the seafloor. This feature is particularly crucial for benthic surveys, as it prevents collisions with the seafloor and minimizes sediment disturbance. The result is a clearer and more effective benthic survey, optimizing data collection and survey outcomes.