Ship & Boat BuildingCrew Transfer VesselsFirst Pair of WINDFLEX-27 Catamarans Hits the Water

First Pair of WINDFLEX-27 Catamarans Hits the Water

Incat Crowther is pleased to announce the sale of the first two WINDFLEX-27 Crew Transfer Vessels built by Penguin Shipyard, a unit of Singapore-based Penguin International Limited. To be named Valkyrie and Wotan, the vessels will be delivered to Opus Marine GmbH and will start working with Orsted in Taiwan shortly.

Built as stock vessels, the WINDFLEX-27 is yet another successful co-operation between Incat Crowther and Penguin.

The latest project follows on from the successful joint development of Penguin’s Flex Ferry X, a stock passenger ferry.

The WINDFLEX-27 is a development within Incat Crowther’s Sea Sherpa design portfolio. In addition to European flag state compliance, Incat Crowther’s Sea Sherpa designs are fully compliant with US, Taiwan and Japanese flag state requirements.

The WINDFLEX-27 offers excellent speed, deadweight and seakeeping, making them capable of many roles in the Offshore Wind industry. The design’s 27m by 9m platform sports a deadweight capacity in excess of 50 tonnes, offering considerable versatility in terms of fuel and deck cargo transfer.

The vessel features two working decks. A large working deck forward can accommodate up to 4 x 10ft containers or 2 x 20 ft and is equipped with a deck crane. The aft deck can accommodate a 10ft container. Both decks feature multiple tie-down points for flexibility, accommodating every possible requirement or spares and equipment.

Inside the main cabin is a large wet room with multiple showers, toilets and lockers. The main deck passenger space is large and open, with forward visibility, seating up to 24 personnel in comfortable business class seats.

The upper deck features an elevated wheelhouse with commanding views over the bow for safe transfer operations. Behind the wheelhouse is a crew space with mess, bathroom and twin cabin.

The twin hulls feature 2 single crew cabins per side and bathrooms. All accommodation is MLC compliant.

The designs all benefit from the use of Incat Crowther’s resilient bow technology (patent pending), a bow fendering system designed to maximise vessel wave-height transfer capability whilst minimising impact loads.

Valkyrie and Wotan are powered by quad Scania DI16 077M, with each engine producing 662kW. Propulsion is via quad Hamilton 521 waterjets, enabling the vessel to achieve speeds of up to 30 knots. The waterjets utilize Hamilton’s JETanchor system fitted as standard, offering excellent station-keeping characteristics.

At the same time, Incat Crowther can announce that Farra Marine has confirmed their second vessel with Penguin Shipyard which will be delivered in the first quarter of 2022. The first vessel ordered in 2020 is already nearing completion.

While the Farra Marine CTVs share the same propulsion as Valkyrie and Wotan, capitalizing on the WindFlex-27 platform’s flexibility, the former have been extensively customised to meet the client’s unique requirements.

The design is ready for multiple propulsion options as well as parallel hybrid integration.

Penguin shipyard has a further two WINDFLEX-27s under construction and currently available for sale.

Learn More

Latest News

Boluda Towage has expanded its Norwegian fleet with the addition of VB NORWEGIAN FALCON, a new tug built by Sanmar Shipyards to support towing, vessel assistance and offshore operations in demanding maritime environments.

Boluda Towage Takes Delivery of VB NORWEGIAN FALCON

Sanmar-built VB NORWEGIAN FALCON features RAstar 3200 SX design, ASD propulsion and more than 6,700 hp Boluda Towage has expanded its Norwegian fleet with the...
SWITCH Maritime has secured a Design Basis Agreement (DBA) from the United States Coast Guard (USCG) for its SWITCH-150 hydrogen fuel cell-electric ferry, marking a key milestone in the development of the 150-passenger vessel. Designed by naval architecture firm Incat Crowther, the SWITCH-150 combines hydrogen fuel cell-electric propulsion with onboard hydrogen storage to support high-frequency ferry operations without compromising service schedules or requiring shoreside charging infrastructure.

SWITCH Hydrogen Ferry Clears Key US Coast Guard Milestone

The US Coast Guard agreement establishes a regulatory framework to guide construction, commissioning and future commercial operation of the hydrogen-powered ferry SWITCH Maritime has secured...
Norwegian ocean surface measurement specialist Miros has introduced a new 3D vessel view for its WaveSystem wave monitoring platform, giving crews and offshore operators a consolidated view of measured sea conditions around their vessel.

Miros Introduces 3D Vessel View for Real-Time Wave Monitoring

Miros introduces a vessel-specific 3D visualisation to help operators interpret real-time wave measurements at critical offshore working locations Norwegian ocean surface measurement specialist Miros has...
Elegant Exit Company (EEC) has partnered with Conoship International to develop a high-capacity Floating Dry Dock (FDD) concept designed to provide a controlled, environmentally responsible alternative to traditional ship dismantling methods. Ship recycling through beaching remains a major environmental and humanitarian challenge for the maritime industry, exposing coastal ecosystems to potential contamination and workers to hazardous operating conditions.

EEC and Conoship Develop Versatile Floating Dry Dock Concept

The high-capacity floating dry dock concept is designed to support shipbuilding, maintenance and green ship recycling while improving environmental protection and worker safety Elegant Exit...

Related news