WG04 Rapid Access Drybox

Flexibility and Easy Access for Wave Glider Prototyping

The WG04 Rapid Access Drybox (RAD) provides a flexible and easy to use method for prototyping of payloads for the Liquid Robotics Wave Glider.

The RAD provides rapid access to equipment and components that is useful when prototyping new Wave Glider payloads. During a prototyping phase it is often necessary to change equipment components and complete tests with different configurations so that the ease of access provided by the RAD can save time during the engineering development phase. The RAD features quick-acting spring claw toggle latches for closing and a single circular O-ring that is easy to seat and seal. Not tools are required for access.

 

 

SV2 and SV3 Wave Gliders

The WG04 RAD is tested and in-service with SV2 Wave Gliders operated by the Royal Australian Navy.

 

For more information on the WG04 Rapid Access Drybox, contact the team at BlueZone.

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

    Advancing ASW Readiness with SEABER’s RECALL® Micro AUV

    As naval undersea threats grow more sophisticated, the demand for smarter, safer, and more realistic operator training has never been greater.   As undersea warfare becomes increasingly complex, navies must...

    Read More

    From Depths to Discovery: Xeos Petrel X3 Enhances Oceanographic Operations

    As oceanographers push deeper into uncharted waters, the Xeos Petrel X3 emerges as a vital lifeline; ensuring that even the most remote underwater assets find their way home. In the...

    Read More

    SeeTrack: The Defence Ready Command and Control System for Maritime Autonomy

    In an era where robotic systems define naval superiority, SeeTrack stands at the centre: Uniting AUVs, ROVs, and operators into one powerful defence ecosystem   As autonomous technologies reshape the...

    Read More