The RiverRay is designed to measure real-time current
profiles from temporary or permanent mounting in a vessel. The RiverRay system
consists of a RiverRay ADCP, float, cables, and software. The input power
requirements for the RiverRay are +12 VDC. The RiverRay system requires the
addition of a Windows® compatible computer to collect data.
The transducer assembly contains the transducer ceramics and
electronics. The standard acoustic frequencyis 600 kHz. The RiverRay is
intended to be operated as a surface mounted system only. No depth rating is
provided. The float is designed to maintain the transducer at a constant depth in
the water with minimal water flow disturbance.
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
The TriDrone™ USV is a super-compact, portable platform for conducting hydrographic surveys in confined & remote bodies of water. With remotely controlled capabilities, a durable assembly, and a hull-integrated single...
Read moreBlueZone is pleased to offer the General Oceanics range of water sampling and analysis products to meet your analysis and research needs.
Read moreAdvancing 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 MoreFrom 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 MoreSeeTrack: 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