The High-Current SeaBattery takes the already versatile SeaBattery to the next level by allowing users to draw up to 100 amps. The power module is a pressure-compensated submersible battery pack designed to perform at any depth, even the high pressure, low temperature environment of deep ocean trenches. Routine deployments to 6,000 meters as part of sea floor instruments and towed camera sleds have proven the SeaBattery power module to be both reliable and robust in the most demanding of subsea applications.
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
OceanTools L7 high intensity subsea flood lamp utilises the very latest in LED technology and optics to give unrivalled performance and generate a market leading efficiency of more than 220 lumens...
Read moreDeepSea's Apex® SeaCam® is capable of 4K UHD and operates in multiple HD formats. Proprietary corrector optics provide superior imaging performance with a low-distortion 70° HFOV. A faceplate illumination of 0.56...
Read moreBlueZone Group has supplied DeepSea Power & Light products to many projects in the Offshore Oil and Gas, Oceanographic and ROV markets. DeepSea Power & Light was founded in 1983...
Read moreCelebrating 25-Years of BlueZone Group
A Quarter Century of Maritime Excellence Founded in 2000 by Darren Burrowes and Neil Hodges, BlueZone Group began with a shared vision: advancing Australia’s Mine Counter Measures capability. With...
Read MoreHigh Speed Innovation: Exploring MARTAC’s Unmanned Surface Vehicles
Offering Speed, Flexibility, and Advanced Autonomy, MARTAC USVs are Built to Perform in the Most Challenging Environments Engineered to deliver high-speed, autonomous performance across a wide range of maritime...
Read MoreWaves of Insight: Monitoring Marine Dynamics with the OBS-Buoy 7-Watt
Delivering Smart, Solar-Powered Wave Monitoring for Real-Time Ocean Insights Ocean Wave Monitoring is the process of measuring and analysing the movement and behaviour of waves across the ocean surface....
Read More