The maritime tourism business has grown significantly in recent years. The lavishness of cruise business has increased demand for cruise building sector. The construction of cruise liner is a big, complex industry with potential to have a considerable impact on environment. Therefore, making best use of cutting-edge logistics systems to meet needs while generating least amount of waste is now a crucial concern. Managing freight damage is a vital component of an integrated logistics program which has serious consequencesfor shippers like revenue loss and reputation tarnishing. This study investigates the transportation delays and overtime cost in the cruise ship construction due to freight damage. In this study, we incorporated a logistics impact monitor which is versatile, ascendable, intuitive, and suitable for a wide variety of freight and logistics networks. Two typical inbound logistics systems modes were also considered and the optimal ordering strategy also determined. Numerical examples were carried out to illustrate the effectiveness of the logistics impact monitor.