TECH THAT CAN SWIM

MARINE TECHS

COBRAS Machine-Learning System

The COBRAS system is a machine-learning system that can be used as a conditional risk-assessment system or for the general monitoring of sensors and signals. The system has a variation of areas it can be used for, including condition monitoring alarms and trending, collision avoidance of vessels, fuel monitoring, and vessel-operation readiness.

Fuel and Emissions Monitoring

The COBRAS Fuel Advisory System helps to reduce a vessel's fuel usage and emissions. The system calculates optimal speed, trim, and draft for a planned route. A live view/display is available on the bridge while the vessel is underway, and voyage reports are generated on actual usage and savings. The system can be retrofitted to any existing fuel meter/signal or delivered together with fuel meters from Marine Technologies.

Condition Monitoring

The Condition Monitoring System is built on years of experience in maritime operations. The system is capable of continuously monitoring a variety of variables on board a vessel — vibration, ultrasonic sound and vibration, oil monitoring, engine-bearing monitoring (thermo voltage), engine-oil mist, engine splash oil, shaft power/torque, pressure, temperatures, flow and more. All systems can be delivered separately or integrated as one system. All systems can be retrofitted without major impacts on machinery.

 

Integrated Bridge System

The Bridge Mate Integrated Bridge System (IBS) concept is based on segregated architecture comprising a dual redundant network, flexible console and monitor solutions, and extremely durable marine-approved computers without fans or hard disks. All applications, such as ARPA radar, ECDIS, conning, cameras, sensor control, and monitoring, are readily available on any multi-function workstation.

C-Link

The C-Link 15 family of wireless radios is designed for medium-range applications, linking together a cluster of vessels, platforms and/or barges in a shared maritime or combined maritime/shore-side network constellation. The design of the network can be customized, from a simple wireless network with every wireless access point acting as a port on a network switch to more advanced MPLS networks with multiple ISPs added into the network

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ECDIS

The Bridge Mate Electronic Chart Display and Information System (ECDIS) is an integrated information system that displays a vast array of navigation information utilizing electronic charts. Designed with the vessel operator in mind, ECDIS is a vital resource for efficient route planning and monitoring. Incorporating user-friendly functions, MT's ECDIS provides precise vessel position data, optimizing navigation, safety, and fuel consumption.

Autopilot

Sharing the same software and hardware platforms, the Bridge Mate Autopilot can be fully integrated with all other Bridge Mate systems with no additional hardware required. Track-control-steering-approved when integrated with Marine Technologies’ conning display and ECDIS, the Bridge Mate Autopilot is Wheel Mark approved according to the latest requirements.

Thruster Control

The Bridge Mate Thruster Control System uses three control computers and a redundant communication network for the main and backup control functions. The system can be interfaced with most types of thrusters, main engines and rudders, as well as fully integrated with other Bridge Mate systems, including autopilot, joystick or dynamic positioning.

 

Dynamic Positioning

The Bridge Mate Dynamic Positioning concept consists of a number of DP and joystick systems designed to meet the IMO-MSC/Circ. 645 guidelines. Based on a distributed architecture that emphasizes both redundancy and segregation philosophies, the robust design is ideal for vessels that do not have service and system specialists on hand 24 hours a day, every day.