Setting Sail Towards a New Era of Self-Sustaining Maritime Performance
Ferrari's Visionary Leap into Marine Engineering with 'Hypersail'
Ferrari, renowned for its formidable Hypercar legacy, has officially revealed details surrounding its innovative 'Hypersail' yacht. This 100-foot flying monohull is engineered for demanding offshore ocean races, simultaneously acting as a dynamic platform for pioneering cross-sector technological exchange. The vessel's design draws direct inspiration from Ferrari's automotive excellence, incorporating a foil-equipped canting keel along with two additional contact points to ensure exceptional stability and "flight" on the water.
A Collaborative Endeavor: Expertise Merged for Unprecedented Performance
The development of the 'Hypersail' is a testament to collaborative ingenuity. Ferrari has partnered with the distinguished French naval architect Guillaume Verdier, and the project is helmed by the highly experienced sailor Giovanni Soldini. The yacht is currently under construction in Italy, with plans for sea trials to commence in 2026. A pivotal aspect of this endeavor is the seamless transfer of Ferrari's profound expertise, particularly in sophisticated control systems and advanced energy management, which are fundamental to realizing the project's vision of achieving peak performance without compromise.
Powering the Future: Renewable Energy and Zero-Emission Autonomy
A defining characteristic of the 'Hypersail' monohull is its commitment to environmental responsibility. The vessel will operate exclusively on renewable energy sources, harnessing the power of wind, solar, and kinetic energy, thereby eliminating the need for any onboard combustion engine. This aligns with Ferrari's philosophy of open innovation. The 'Hypersail' integrates aerodynamic knowledge and control technologies derived from the company's illustrious racing division, a synergy that has already resulted in nine granted patents, with an additional six currently undergoing development. This fusion of cutting-edge automotive engineering with high-performance nautical design seeks to achieve sustained long-distance endurance racing, devoid of pit stops or any external logistical support.