Building on the Sleipner PCTC concept and operational data from the vessels Future Way and Way Forward, Wallenius Marine and KNUD E. HANSEN are now launching a new RoRo vessel design.
Despite its compact length of 170 metres, the vessel offers a high cargo capacity of 2,720 lane meters – equivalent to 181 trailers.
The Sleipner RoRo concept enables fast and efficient loading and unloading via a full-width stern ramp and main deck, thanks to the forward placement of the engine room. Propulsion is provided by a dual-fuel electric drivetrain (LNG/LBG/MGO/Biodiesel) combined with Azipods – a gearless, 360° steerable propulsion system that enhances maneuverability and facilitates port operations in tight spaces.
The concept is future-proofed with preparations for wing sails, shore power, and alternative energy sources such as batteries and fuel cells, further reducing energy consumption and emissions.
"The RoRo segment in short-sea shipping plays a key role in the transition to more sustainable transport, especially by shifting cargo from land to sea. At the same time, the industry faces a generational shift, requiring new tonnage to meet capacity needs and stricter efficiency and emissions standards. Together with KNUD E. HANSEN, we’ve developed a concept that balances capacity, operational efficiency, and environmental performance."
- Urban Lishajko, Head of Ship Design at Wallenius Marine.With the launch of Sleipner RoRo, Wallenius Marine and KNUD E. HANSEN reinforce their position as driving forces in the development of truly sustainable shipping.
"Our combined experience in operation, newbuilding, and design of various RoRo concepts allows us to build on proven solutions and create something new. Our strength lies in finding the best combination of design and technology for each vessel’s specific mission, with the goal of continuously reducing emissions and environmental impact."
- Urban Lishajko, Head of Ship Design at Wallenius Marine.The Sleipner RoRo concept will be presented at Donsö Shipping Meet on September 3 at 11:00 AM in Hall A.