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The AC75 and the Soviet Lun-class Ekranoplan both use ground effect in their design to achieve high performance and efficiency. The use of foils in AC75 racing plays a crucial role in providing lift and stability to the boat during maneuvers. The engineering behind the foils is complex, with a focus on design, structure, and control systems. Balancing the size and shape of the foils is essential to optimize performance and prevent issues like cavitation.

Naval Architect Andy Claughton provides insights into the challenges and considerations in designing and using foils in AC75 racing. The foils’ ability to generate lift and control the boat’s movement is a critical aspect of foiling technology. The engineering involved in creating efficient hydraulic systems and software for controlling the foils is as important as the hydrodynamics of the foils themselves.

Maintaining control and stability while foiling at high speeds requires precision and expertise, making AC75 racing a challenging and thrilling experience. The technology and complexity involved in foiling boats like the AC75 demand a high level of skill and coordination from the sailing team. The evolution of foiling technology has transformed the racing landscape, with foils playing a central role in achieving speed and performance.

The intricate balance between engineering, design, and control systems in foiling boats like the AC75 reflects the cutting-edge advancements in sailing technology. The constant pursuit of efficiency and innovation in foiling technology highlights the technical excellence and craftsmanship required to compete at the highest level of sailing. Foiling boats like the AC75 represent the pinnacle of sailing technology, pushing the boundaries of performance and speed on the water.

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