Voyis has published an insightful article detailing the distinctions between Light Work and Work Class ROVs, highlighting how the company’s innovative technology can be seamlessly integrated with both categories to enhance subsea operations.
The incorporation of Voyis’ state-of-the-art imaging technology into ROVs has transformed their application across various sectors. With capabilities to capture high-resolution images and create 3D models, process data swiftly, and facilitate informed decision-making, ROVs have evolved into essential instruments that optimize operations, reduce costs, and ultimately contribute positively to environmental sustainability and human welfare.
understanding Light work Class vs. Work Class ROVs
Light work Class ROVs are characterized by their smaller size,lightweight design,and enhanced maneuverability compared to their Work Class counterparts. These vehicles are tailored for straightforward inspection tasks and can operate at depths reaching 500 meters. Commonly utilized for shallow water projects such as pipeline inspections and surveys, they are more cost-effective and easier to deploy, as they do not necessitate a large support vessel.
In contrast, Work Class ROVs are engineered for demanding tasks in deep-water settings. Capable of operating at depths of up to 3,000 meters, they come equipped with complex sensors, cameras, and manipulator arms, allowing them to conduct intricate inspections and repairs of underwater infrastructure, including oil and gas pipelines and offshore facilities. These ROVs are larger, sturdier, and fitted with powerful thrusters, enabling them to withstand the challenging conditions of deep-water operations. They typically require a more significant support vessel for deployment.
both Light Work Class and Work Class ROVs present unique advantages and challenges. Light Work Class ROVs are more budget-friendly and simpler to deploy, making them ideal for smaller-scale projects. Conversely, Work Class ROVs excel in tackling more complex tasks and harsh environments, making them suitable for intricate deep-water inspections and repairs. The selection between the two largely depends on the specific requirements of the task at hand.
Voyis Imaging systems significantly enhance the functionality of both types of ROVs by integrating high-resolution, real-time corrected underwater optical sensors. These advanced sensors enable ROVs to capture detailed images, point cloud data, and precise measurements, facilitating the creation of accurate 3D models.With Voyis technology, ROVs can conduct thorough assessments of underwater structures and environments, broadening their applications to include offshore energy inspections, environmental monitoring, and scientific research.
Successful Integrations with Voyis Technology
Our team has collaborated with a variety of underwater vehicles. Below are examples of Light Work Class and Work Class ROVs that have successfully integrated with our underwater laser scanning and imaging systems.
- Oceaneering Magnum – Light Work Class ROV
The Oceaneering Magnum has effectively integrated with Voyis’ most advanced underwater laser scanner for inspecting subsea structures.
- Triton XL – Work Class ROV
The Triton XL has been successfully paired with Voyis’ leading underwater laser scanner for subsea metrology in offshore energy structures.
- Holland I – Work Class ROV
The holland I has integrated the Insight Pro laser scanner and Observer Pro Camera for conducting scientific studies of benthic habitats.
- Oceaneering Millennium – Work Class ROV
The Oceaneering Millennium has successfully executed subsea operations utilizing the Voyis Perception Skid XL for offshore energy inspections of oil and gas pipelines.
- Argus Worker – Work Class ROV
The Argus ROV has been integrated with the Voyis Perception Skid XL, equipped with our underwater laser scanner to create 3D models of subsea assets.
- Schilling HD – work Class ROV
the Schilling HD, integrated with the voyis Observer Stills Camera and insight laser scanner, is equipped to conduct horizontal offshore energy inspections.
