The Ferrari Hypersail: Full-Foiling Revolution “Open Innovation” Lab

Unveiled during Milan Design Week 2026, the Ferrari Hypersail is a revolutionary 100-foot (30-meter) full-foiling monohull that bridges the gap between Maranello’s automotive engineering and high-performance offshore hydrofoil sailing. The project, led by Chief Design Officer Flavio Manzoni and Chief Technology Officer Matteo Lanzavecchia in collaboration with naval architect Guillaume Verdier, is designed to “fly” above the water using a sophisticated system of active appendages derived from Ferrari’s sportscar expertise. Beyond its speed, the Hypersail serves as a platform for “open innovation,” focusing on complete energy autonomy through a combination of solar, wind, and kinetic energy recovery, effectively operating without any fossil fuels.

Key Features & Technical Specifications

• Dimensions: A massive 30-meter (100-foot) length with a 20-meter beam and a 40-meter mast.
• The Livery: Features a striking contrast between Grigio Hypersail (a bespoke grey reflecting the raw carbon fiber) and Giallo Fly (Ferrari’s historic yellow). The design language draws direct inspiration from the Ferrari 512 BB and the Le Mans-winning 499P Hypercar.
• Foiling System: Uses a unique three-point contact flight system involving a canting keel foil, a rudder foil, and alternating lateral foils to ensure stability in unpredictable ocean conditions.
• Energy Autonomy: Integrated with approximately 100 square meters of walkable solar panels on the deck and hull, capable of producing roughly 20 kW to power the complex onboard flight control systems.
• Flight Control: Leverages Ferrari’s automotive software and sensor technology to manage the “active appendages” and maintain steady flight at high average speeds.
• Structure: Constructed primarily of carbon fiber, the yacht is currently in its operational testing phase under project leader Enrico Voltolini, with a launch scheduled for later in 2026.

The official Ferrari Hypersail hub reveals that this project is more than a mere design exercise; it is an “open innovation” laboratory where Maranello’s racing DNA is being re-engineered for the high seas. Guided by the philosophy that “performance sets the rules and design transforms them into beauty,” the project is led by a “dream team” that includes Team Principal Giovanni Soldini and Project Leader Enrico Voltolini. By manufacturing 90% of the yacht’s components in the same Maranello factory that produces the F80 and Daytona SP3, Ferrari is treating the Hypersail as a true “maritime hypercar,” using carbon fiber craftsmanship and simulation software typically reserved for Formula 1 to conquer the unpredictability of the ocean.

The Evolution of the Ferrari Hypersail

• Design Heritage: The yacht’s aesthetic is deeply rooted in Ferrari’s history. The Giallo Fly (yellow) livery is a tribute to the color Enzo Ferrari chose for the brand’s logo, while the Grigio Hypersail (grey) matte finish on the deck serves a functional purpose—reducing heat for the crew in an environment with no climate control.
• Aeronautic Cockpit: The deckhouse (coachroof) architecture is directly inspired by the Le Mans-winning 499P, emphasizing a “speedform” that guides airflow and provides a streamlined silhouette reminiscent of the Monza SP1.
• Sustainable Powerplant: The vessel achieves complete energy autonomy using approximately 100 square meters of walkable solar panels integrated into the deck and hull. These panels feature a specialized “grip” treatment to ensure crew safety during high-speed maneuvers.
• Three-Point Flight: Unlike traditional yachts, the Hypersail is designed to fly on three contact points: a canting keel foil, a rudder foil, and dual lateral foils. This system is managed by active control software adapted from Ferrari’s road-car stability systems.
• The Crew Experience: Engineered for endurance racing, the boat accommodates a crew of eight, functioning in a “spartan” high-tech interior focused entirely on weight distribution and operational efficiency.
• Manufacturing Excellence: Most of the structural elements—from the hull layup to the titanium components—are being developed in-house at Maranello to ensure the same quality standards as their most exclusive road cars.

The official Ferrari Hypersail hub reveals that this project is more than a mere design exercise; it is an “open innovation” laboratory where Maranello’s racing DNA is being re-engineered for the high seas. Guided by the philosophy that “performance sets the rules and design transforms them into beauty,” the project is led by a “dream team” that includes Team Principal Giovanni Soldini and Project Leader Enrico Voltolini. By manufacturing 90% of the yacht’s components in the same Maranello factory that produces the F80 and Daytona SP3, Ferrari is treating the Hypersail as a true “maritime hypercar,” using carbon fiber craftsmanship and simulation software typically reserved for Formula 1 to conquer the unpredictability of the ocean.

Ferrari Hypersail’s development marks a definitive shift from traditional nautical engineering to a high-speed, data-driven “oceanic flight” regime. By treating the yacht as an extension of their racing division, Ferrari has implemented a sophisticated Flight Control System (FCS) that processes millions of data points per second to manage the vessel’s pitch, roll, and heave. This technology, perfected in the Maranello simulators, allows the crew to maintain stable flight even in the “sea state 4” conditions of the open ocean. Ultimately, the Hypersail is not just a boat but a proof-of-concept for the future of sustainable racing, proving that the same aerodynamic and material science that wins on the tarmac can be scaled to conquer the world’s most challenging maritime environments.

Technological Innovations and Final Design Specs

• Active Appendages: The vessel features a “moving” flight system where the foils and rudders act like the active aero wings of a Ferrari hypercar, constantly adjusting their angle of attack to optimize lift and minimize drag.
• Weight Sensitivity: Every gram was scrutinized using Formula 1-grade carbon fiber layup techniques; the interior is entirely stripped of luxury finishes to prioritize the structural integrity required to withstand the massive G-forces of foiling.
• The “Fly” Livery Logic: The Giallo Fly yellow isn’t just for branding—it’s strategically placed on the foils and vertical surfaces to aid in visual tracking and safety during high-speed “low-flight” maneuvers where the hull is meters above the waves.
• Kinetic Energy Recovery: Beyond the solar panels, the yacht utilizes specialized hydro-generators that capture kinetic energy from the water’s flow, ensuring the battery packs remain charged for the power-intensive hydraulic systems.
• Computational Fluid Dynamics (CFD): Ferrari utilized its supercomputing cluster to run thousands of simulations, bridging the gap between wind-tunnel testing (aero) and water-tank testing (hydro) to create a seamless transition from displacement to flight mode.
• Strategic Mission: Moving forward, the Hypersail will serve as a floating laboratory, with data gathered during its record-breaking attempts being cycled back into Ferrari’s road car division to improve lightweight composites and battery efficiency.

Visit Ferarri Hypersail for more information