NAVAL ARCHITECTURE
24m Catamaran Ferry
The 24m Catamaran is a versatile ferry designed and made from marine aluminium materials, offering a perfect balance of stability, maneuverability, and passenger capacity. With a displacement of approximately 80 tons, this ferry is ideal for both short and medium-range passenger transport routes. Its design allows for customisation in length, enabling operators to adapt the vessel to suit their specific needs. The use of marine aluminium ensures durability and longevity while maintaining an efficient and cost-effective construction process.
Vessel specifications
25.6m
Length overall
25
Speed
7.7m
Beam
218
Passengers
2.85m
Hull depth
3
Crew
Engine and performance
The 24m Catamaran is engineered for optimal performance with an estimated power requirement of 1600 HP. This power output ensures that the vessel can reach its intended speeds while maintaining efficient fuel consumption. The ferry’s engine capacity is designed to provide reliable and consistent performance, whether it’s navigating calm waters or dealing with more dynamic sea conditions. With its robust design and powerful engines, the ferry is well-suited for a variety of ferry operations, balancing speed and fuel efficiency.
Construction and materials
Constructed using marine-grade aluminium, the 24m catamaran is both lightweight and durable. The aluminium structure offers superior corrosion resistance and long-term durability, critical for maritime operations. Despite its 80-ton displacement, the catamaran's design ensures stability without compromising on performance. The use of developable surfaces in its design further simplifies construction, reducing production time and costs. This makes it an efficient option for operators looking for a ferry that can be built quickly while maintaining high structural integrity.
Versatility and adaptations
One of the key features of the 24m Catamaran is its flexibility in design. The vessel can be customised to different lengths, ranging from 22 to 26 meters, allowing operators to adapt the ferry based on route demands or passenger needs. This flexibility extends to interior layouts as well, enabling the ferry to carry a substantial number of passengers while maximising the efficient use of space. Additionally, the vessel's design allows for easy modifications to meet specific operational needs, such as seating configurations, amenities, or even adjustments for increased cargo capacity.
