rovs
BLUE ROBOTICS BLUE ROV 2
Ocean research, exploration, and adventure are all made easily accessible by the BlueROV2. It provides the capabilities of a high-end commercial mini-ROV. The smooth, stable, and highly maneuverable ROV is comprised of six thrusters, a rugged frame, and quick-swappable batteries. Powerful but dimmable lights provide excellent illumination for the live HD video feed.
BlueROV2 is produced with high-quality parts, meticulous design, and rugged reliability with proven success in the field. Equipped with six powerful T200 thrusters and Basic ESCs, the BlueROV2 has the best thrust-to-weight ratio in its class to perform demanding tasks. It is ideal for operations in shallow to moderate waters, with a standard 100m depth rating and up to 300m tether lengths available.
The BlueROV2 uses the open-source ArduSub software and PixHawk autopilot to provide autonomous capabilities rarely seen in mini-ROVs and hackability paralleled by none. Blue Robotics actively develops and updates its software to enhance the BlueROV2’s functionality.
The BlueROV2 can be rented without or with highly skilled Saga Subsea ROV pilots.
Contact us for further details and pricing.
ARGUS MINI ROV SYSTEM
The Argus Mini ROV system is a Obs Class ROV 3kW depth rated to 600msw. The ROV system is ideal for scientific, military, offshore and inshore use and is fitted with a HD camera and two powerful LED lights.
The ROV system can be rented without or with highly skilled Saga Subsea ROV pilots.
Contact us for further details and pricing.
C ROV
Contact us for further details and pricing.
ROCS - Remotely Operated Caisson Skid
Innovating Offshore Platform Maintenance
At Saga Subsea, we continuously innovate to meet the evolving needs of the offshore and oil & gas industry. Our Remotely Operated Caisson Skid (ROCS), exemplifies our commitment to delivering cutting-edge technology tailored for complex underwater tasks.
What is ROCS?
The ROCS was developed in response to market demands and specific customer requests in 2023. The specific job in mind for the ROCS at the time of development was offshore platform caisson intervention and maintenance at Equinor’s Oseberg C.
Offshore platform caissons, large water pipes extending from platforms into the ocean, have a typical lifespan of 20-25 years. As many caissons across the Norwegian continental shelf approach the end of their operational life, the need for effective and efficient replacement solutions has become critical.
Why ROCS?
The ROCS addresses this need with a modular design that accommodates the varying geometries and implementations of caissons across different platforms. This flexibility ensures that the ROCS can be reconfigured to suit specific job requirements, making it a versatile tool for caisson intervention and maintenance.
Key Features and Benefits
Modular Design: The ROCS features a modular approach, allowing for customizable configurations to meet diverse operational needs.
Stationary Operation: Unlike traditional ROVs, the ROCS can lock into place, maintaining stability in the challenging splash zone where waves and currents are strong.
Comprehensive Capabilities: The ROCS can perform a range of tasks, including cutting operations, cleaning, and securing objects, with subsequent site surveys included in its scope.
Efficiency and Safety: By keeping the vehicle stationary, the ROCS ensures precise and safe intervention, minimizing risks associated with offshore operations.
How ROCS Works
The ROCS is deployed from one of the lower decks of an offshore platform. It is lowered into the ocean using a winch, maneuvered into place with thrusters, and locked between caissons for stability. This setup allows it to perform its tasks effectively, regardless of the challenging underwater conditions.
For more details or to rent our ROCS system, get in touch with us today!
Electrical Winch
The Electrical winch is light weight and easy to mobilize. The winch can be used for all sorts of electric equipment.
Check out the technical specification or contact Saga Subsea for more information.