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
DeepSea's compact Vertex SeaCam has superior imaging performance with proprietary corrector optics. Features include full HD resolution with 10x optical zoom and low-distortion 80° HFOV at full-wide. A minimum faceplate...
Read moreBowtech has designing, manufacturing and supplying products to the subsea ROV, AUV, Defence, Nuclear and Leisure markets for over 20 years. From patented designs through to unique manufacturing techniques, Bowtech...
Read morePetrel X Relay: Advanced AIS Recovery Beacon for Asset Retrieval and Safety
AIS-Enabled Tracking and Recovery with Flexible, Durable Design The Xeos by Satlink Petrel X Relay is an AIS-compatible recovery beacon designed for short-range asset retrieval and enhanced situational awareness. It...
Read MoreMARTAC & Sealartec Unveil Fully Autonomous Launch & Recovery System for USVs
Revolutionary ALARS technology enables seamless autonomous launch and recovery of USVs, enhancing mission efficiency and scalability in maritime operations. Maritime Tactical Systems, Inc. (MARTAC) and Sealartec have unveiled a fully...
Read MoreDeepSea Power and Light QuickShip Products
High-Performance Subsea Solutions with Fast Delivery BlueZone Group is proud to be the exclusive Australian agent for DeepSea’s QuickShip products, providing rapid access to high-performance subsea technology with the fastest...
Read More