BlueZone partners with over 50
world-leading original equipment
manufacturers and systems providers
Teledyne RDI Pinnacle 45 ADCP
Long-Range Self-Contained & Real-Time 45 kHz ADCP
The Teledyne RDI Pinnacle 45 is a 45 kHz phased-array ADCP that is capable of profiling ocean currents to 1000 m in a footprint typically associated with ADCPs achieving half of that range, greatly increasing portability and simplifying deployment. The versatile Pinnacle 45 is designed to be mounted from an oil platform, inside or over the side of a vessel, in subsurface and surface buoys, as well as bottom and in-line frames—anywhere long-range profiling is required.
Read More
Product Enquiry
Related products
Klein Marine System’s 5900 sonar is the flagship in our exclusive family of multi-beam side scan sonar systems offering advanced ultra-high resolution side scan imagery with integrated gap filler sonar...
Read more
The Kailani Telemetry Buoy (KTB) implements seafloor to space communications for ocean floor instruments.
Read more
DeepWater Buoyancy is the world leader in the design and manufacture of deployment products for use with ADCP's.
Read moreRelated Articles
From Delivery to Deployment: Building Australia’s Autonomous MCM Capability
Following the successful delivery of the first REMUS 300 systems earlier this year, BlueZone Group is continuing to build Australia’s autonomous Mine Countermeasure capability, bringing together advanced platforms, sensors, software...
Read MoreMaking Waves in the Littoral Zone: BlueZone Group at Land Forces 2026
While much of Land Forces 2026 focused on drones, land systems and emerging battlefield technologies, BlueZone Group brought something different to the exhibition floor: a comprehensive showcase of capability designed...
Read MoreHigh-Resolution Seabed Intelligence with Kraken Robotics KATFISH
See More. Survey Faster. Operate Safer. Across defence, offshore energy and marine research, the ability to survey large areas of seabed while retaining the resolution required to identify small...
Read More