SHIP TYPE: DOUBLE ENDED FERRY
SHIP OWNER: SEASPAN
SHIPS NAME: SEASPAN RELIANT
PROJECT DESIGNER: VARD DESIGN
SHIPYARD: SEDEF SHIPYARD
PROJECT NR: NB180
ACCOMMODATION AREA: 600
INTERIOR DESIGN: CITA design
SEASPAN RELIANT – Advanced Marine Interior Solutions for Hybrid Cargo Ferry
Accomar Marine Interior is proud to have been a key contributor to the SEASPAN RELIANT project, a cutting-edge hybrid cargo ferry built for Seaspan Ferries at Sedef Shipyard and designed by Vard Design. This vessel exemplifies innovation, combining efficiency and sustainability to meet the rigorous demands of long-haul cargo transport.
Accomar's Contribution:
Bespoke Concept & Engineering: Comprehensive in-house preparation of concept and detailed engineering designs, optimizing layouts for crew and operational efficiency.
Precision Installation: Professional installation of insulation, walls, ceilings, and flooring, ensuring durability and resilience for heavy-duty maritime operations.
Custom-Engineered Furniture: Design, manufacture, and installation of fixed, soft, and stainless-steel furniture, balancing functionality with comfort.
Efficient Workspaces: Fully integrated galley, laundry, and provision areas, tailored for seamless workflows and crew convenience.
Excellence in Execution:
Accomar ensured that every detail of the SEASPAN RELIANT's interior adhered to the highest industry standards. From robust operational areas to ergonomic crew accommodations, the interior design reflects a meticulous focus on functionality, durability, and crew well-being.
Strategic Importance:
The SEASPAN RELIANT sets a benchmark for hybrid cargo ferries, utilizing advanced technologies to enhance sustainability while maintaining operational efficiency. Accomar's turnkey solutions have been instrumental in achieving the vessel's goals, reinforcing its commitment to sustainable and innovative maritime practices.
Through the SEASPAN RELIANT project, Accomar continues to establish itself as a trusted leader in delivering state-of-the-art marine interior solutions for complex, forward-thinking vessels.