Sailing
.JPG "Our original 1.6 metre prototype.")
.jpeg "Our 5.4 metre second prototype with one wing.")
.jpeg "5.4 metre prototype with one wing.")
.jpeg)
.jpeg "5.4 metre prototype with two wings.")
Where innovation meets the ocean
Every engineering concept reaches a point where theory must be tested against reality. For the Wingship Development Program, that place is the ocean.While computer modelling, structural analysis and laboratory testing provide valuable engineering information, nothing compares with observing a complete system operating under real sailing conditions.The wind changes.The sea changes.The loads change.Every voyage presents a new engineering challenge.
Our floating laboratories
Our first prototype 'Little Wings' was a 1.6 metre working concept model. 'Two Wings', the currently active 5.4 metre wingship prototype has been developed as a fully operational engineering research platform. 'Wings', the next prototype, a 17 metre vessel is currently in its fit-out stage should be ready for sea trials in 2027.The purpose of these on water laboratories extends far beyond sailing performance.Every outing provides an opportunity to evaluate aerodynamic behavior, structural response and intelligent control systems under the constantly changing conditions found at sea.The lessons learned during each voyage directly influence future design decisions.Sailing is where engineering becomes experience.
Learning from nature
The wind cannot be controlled, only understood.Every gust, every lull and every change in direction provides valuable information about how the wing interacts with its environment.By carefully measuring the behaviour of both the vessel and the wing, we continue to improve our understanding of advanced wind-assisted propulsion.The ocean remains one of the world's most demanding engineering laboratories. It is also one of the most honest.
Each sea trial helps answer important engineering questions.How does the structure respond?How does the control system behave?Can efficiency be improved?Can stability be enhanced?Every answer helps shape the next stage of development.
Preparing for tomorrow
Today's sailing prototype is laying the foundation for tomorrow's commercial applications.The knowledge gained through practical testing supports ongoing advances in aerodynamics, structural engineering, intelligent control systems and manufacturing.Every voyage contributes to the broader objective of developing practical wind-assisted propulsion for the future of marine transport.
The journey continues
Engineering is a continuous process of learning.Each time the prototype leaves the dock, another chapter begins.Some days confirm our expectations.Others challenge them.Both are equally valuable.Because every mile sailed brings us closer to understanding how renewable wind energy can once again play a meaningful role in the future of shipping.
"The ocean doesn't care about theory. It rewards good engineering."