A notable milestone has been achieved with the successful launch of two identical custom-built motor yachts, both equipped with Hull Vane® technology.
Designed by Van Oossanen Naval Architects and built by Workumer Jachtservice B.V., these sister vessels represent a close collaboration between naval architecture, engineering and craftsmanship. Delivering two identical advanced yachts in parallel is a rare accomplishment and reflects the high level of coordination throughout the project.
Designed for efficiency and comfort
Both yachts have been fitted with Hull Vane® technology, a fixed stern hydrofoil designed to improve overall hydrodynamic efficiency by reducing wave-making resistance and optimizing stern flow.
By generating forward thrust, the Hull Vane® contributes to lower fuel consumption and reduced emissions, while also improving onboard comfort by reducing vessel motions. These benefits are achieved without compromising the vessels’ design integrity or operational profile.
Photo: Workumer Jachtservice
Collaboration and delivery
This project demonstrates the value of integrating hydrodynamic optimization within a broader design and construction process. Through the combined efforts of Van Oossanen Naval Architects, Workumer Jachtservice B.V. and the wider project team, the two vessels have progressed successfully from concept to launch.
For Hull Vane, the project represents another application of proven efficiency technology within the custom yacht sector, where performance, comfort and operational efficiency remain important design considerations.
Photo: Workumer Jachtservice
The road ahead
With both vessels now launched, attention turns to commissioning and operational service. This project has shown that advanced hydrodynamic solutions can be successfully incorporated into bespoke yacht designs to improve efficiency and onboard comfort while maintaining the highest design and construction standards.
Hull Vane congratulates all parties involved on the successful delivery of this remarkable twin-yacht project.