EOM Offshore’s universal joints are versatile and may be used directly under surface buoys, as interfaces to subsurface buoys, and between mooring risers and seafloor structures.
Key Benefits:
The electromechanical universal joint provides a robust electrical and mechanical connection point for electromechanical riser elements. In return, electrical failure is reduced and the quality of data measurements from subsurface instruments is assured.
Features:
The mechanical universal joint provides a combination of strength and wear resistance for bending under load, and may be used with mooring riser elements such as chain and wire.
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
EOM Offshore's Multi-Function Node enables a multiple instrumentation configuration. The Multi-Function Node is designed for positive buoyancy. The Multi-Function Node is assembled at EOM Offshore's facility with our integrated anchor...
Read moreReal Time Data Seafloor-to-Surface, Reduce Operational Expenditures, Environmental Benefits
Read moreEOM Offshore’s electromechanical (EM) chain visually resembles the stretch hose, and it too can deliver fixed, real-time measurements and power.
Read moreBeyond the Surface: ArtemisSAR Enhances Diver Safety in Hostile Waters
How Sonar Technology is Transforming Search and Rescue Operations In the Northern Territory, just off the coast of Darwin, sits the BlueZone team in a small aluminum boat. Infamous...
Read MoreKraken Robotics release KATFISH Autonomous Launch and Recovery System
Smooth and Safe Operations without Human Intervention Kraken Robotics (Canada) endeavour to drive innovation beneath the surface. Striving to improve the safety and effectiveness of launch and recovery operations...
Read MoreNext-Generation Water Monitoring with ARES Optical Sensors
Precision, performance, and flexibility—now available exclusively in Australia through BlueZone Group With a powerful new tool at their fingertips, environmental professionals and marine researchers can take water monitoring to...
Read More