Floating offshore wind is emerging as a key solution for expanding renewable energy generation in deep-sea areas and exploring locations far from shore and human activities corridors, where traditional fixed-bottom turbines are not technically feasible and interferences are minimized. Its scalability and high-capacity potential make it a strategic technology in the global energy transition. However, the development of such technology is complex and exposed to multiple risks, among which logistic and scheduling ones are highly critical. The study focuses on a real-case scenario involving 35 floating wind turbines to be installed in the North Sea on an Italian EPCI contractor patented foundation.