The field of deep sea inspections and surveys has traditionally been dominated by large, work class Remotely Operated Vehicles (ROVs). However, recent advancements in ROV technology have led to the development of smaller, more agile systems capable of performing many of the same tasks. This study examines the potential of compact ROV systems, such as the Defender Deep Water System, to revolutionize deep sea operations.
Small ROVs offer several advantages over their larger counterparts, including lower operational costs, easier deployment, and the ability to access confined spaces. Our presentation focuses on the Defender Deep Water System, a compact ROV designed for deep sea. We analyze its capabilities in performing detailed visual inspections, environmental surveys, and light intervention tasks traditionally reserved for work class ROVs.
This presentation will discuss the technical specifications of the Defender system, its operational advantages in deep sea surveys, and case studies demonstrating its effectiveness compared to traditional work class ROVs. We will also address current limitations and propose future developments to further enhance the capabilities of small ROVs in deep sea operations. This paradigm shift has the potential to make deep sea research and industrial inspections more accessible and economically viable across a broader range of applications.
