Systematic analysis of application challenges with ROV components

The Paper discusses the analysis of the components of the Remotely Operated Underwater Vehicle while specifying the challenges and difficulties like latency in power and data that can arise while operating the ROV via the tether which undergoes dynamic modelling for its maximum optimization of work by considering the parameters that can affect the maneuverability of the vehicle and also on the structural frame which is designed with an appropriate material that can further make the vehicle efficient due to its properties like light weight that can reduce the required buoyancy and also corrosion resistance. A deep focus is also made into the specific applications like industrial deep-sea mining for which the ROVs are a huge addition for it replaces the risk of manned exploration and ease of finding ore hotspots which can be detected by the onboard sensors. A further advancement of the ROV is by making it autonomous without human assistance. The field of ROV design and deployment is one which huge scope for research and sustainable growth.