MSHeli Srl is a USV manufacturing company that produces autonomous naval systems that not require an onboard operator. These boats can be remotely controlled or operate completely autonomously, using sensors and algorithms to navigate and perform specific tasks.
USVs have a wide range of applications, both civilian and military. One of the most common applications is surveillance and monitoring of water bodies. These systems can be used to patrol coastlines, ports, and marine protected areas, providing constant and reliable coverage. With their autonomous operation capabilities, USV systems can reduce costs and risks associated with surveillance operations, allowing for increased frequency of monitoring activities and improved accuracy of collected information.
In addition to surveillance, USVs can be used for oceanographic research. With their advanced sensors, these systems can gather data on pollution levels, weather and oceanographic conditions, presence of marine fauna and flora, and more. The collected data can then be utilized for scientific research and informed decision-making regarding the management of oceanic resources.
Another potential application of USV systems is the safeguarding of human lives at sea. These systems can be employed to detect and report individuals in distress in open waters, reducing response times and increasing the chances of saving lives. Furthermore, they can support rescue and search operations in cases of shipwrecks or maritime accidents.
USV systems can also be utilized for research and development in autonomous maritime systems. This includes research on autonomous navigation, maritime traffic control and port management, as well as battery technology, energy control, and performance optimization.
In summary, USV systems represent an innovative and flexible solution for a wide range of maritime applications. With their autonomous operation capabilities, these systems can reduce costs and risks associated with open-water operations, increase coverage and accuracy of collected information, and ultimately enhance safety at sea.