Intelligent control systems
.jpeg "Toby (our UNSW intern) hard at work.")
.png "RMIT wind tunnel testing a wing shape.")
.jpeg "Our UNSW intern, Luca at work.")
.jpeg "Tim Pearson our Intelligent Control Systems guru with John Bourke.")
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"Intelligent control that learns from the sea"
Aquaforce’s product is designed to sense conditions in real time, command the wing and its control surfaces with precision, and continuously deepen its understanding of new and challenging sea states so performance, stability, and efficiency improve with every voyage.
Aquaforce is developing a vessel control platform designed to do more than react in the moment. Its purpose is to build understanding, learning from new and demanding sea states so that performance, stability, and efficiency improve voyage after voyage. The wing and its control surfaces are intended to work as an active, adaptive propulsion system, not a fixed aerodynamic arrangement.
Aquaforce’s inherent requirement is to develop a system to sense, adjust, and remember. Wind, sea state, vessel motion, and the position of every control surface feed a continuous stream of operating data. The system is designed to use that information in real time and to retain and refine what it learns when conditions are unfamiliar or challenging.As exposure to varied sea states grows, the platform is intended to deepen its models of how the vessel and wing behave under load, in gusts, and through dynamic events. That growing understanding is the basis for steadily better trim, stability, and control, not a one-time calibration.
Aquaforce’s platform is being designed to compound performance outcomes with experience by realising and utilising evidence from which the system can learn. Aquaforce is intent on designing a propulsion architecture whose capability expands with operational experience, turning hard-won sea time into lasting performance advantage.
An overarching requirement as part of the intelligent optimisation is to support the operations and reduce workload in demanding conditions. Authority remains with the crew; the system is designed to learn, advise, and act within defined limits there by aiding without replacing judgement.
Aquaforce’s intended product is a system where structure, sensing, and learning are one platform where every new sea state encountered makes the next response more informed, and where control surfaces across the wing and hull are coordinated with growing precision as understanding deepens.
The future of propulsion belongs to systems that do not only respond to the sea — they learn from it and perform better because of it.
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"The future of propulsion will not depend solely on stronger materials, but on smarter systems."