Ferrari unveils Hypersail project targeting high speed ocean records
Ferrari is preparing to enter competitive offshore sailing with the launch of Hypersail, a 30 meter carbon monohull designed for long distance voyages and record attempts at sea. Scheduled for completion by the end of 2026, the project marks a strategic expansion of the brand’s engineering expertise beyond automotive performance.
The vessel is built around advanced hydrofoil technology, allowing it to lift above the water surface and significantly reduce drag. Equipped with large foils, Hypersail is expected to reach speeds between 40 and 50 knots, placing it among the fastest offshore sailing projects currently under development. The boat will operate with a crew of around ten sailors and is designed to handle extended ocean crossings rather than short format racing.
Unlike yachts developed for events such as the America's Cup, Hypersail focuses on endurance and stability in demanding conditions. The project combines expertise from automotive design and naval architecture, bringing together Flavio Manzoni and Guillaume Verdier. Their collaboration aims to translate high performance design principles from motorsport into a maritime environment.
The hull has already been completed in Pisa, marking a key milestone in development. The deck will be largely covered with solar panels, which will supply energy to onboard systems and support the operation of the foils. This approach reflects a focus on energy autonomy, reducing reliance on traditional power sources during long offshore missions.
Ferrari positions the project as a laboratory for innovation, combining speed, efficiency, and reliability. Technologies developed through Hypersail could influence future engineering approaches across sectors, particularly in materials, aerodynamics, and energy management.
By entering the field of offshore sailing, Ferrari is extending its performance-driven identity into a new domain. The initiative underscores a broader trend in which high-performance engineering is applied across disciplines, with the goal of pushing limits in both speed and sustainability.
-
17:20
-
17:00
-
16:40
-
16:30
-
16:20
-
16:15
-
16:01
-
16:00
-
15:45
-
15:40
-
15:30
-
15:20
-
15:15
-
15:00
-
15:00
-
14:45
-
14:40
-
14:30
-
14:20
-
14:15
-
14:00
-
13:50
-
13:45
-
13:30
-
13:15
-
13:00
-
12:45
-
12:30
-
12:20
-
12:15
-
12:00
-
12:00
-
11:45
-
11:40
-
11:30
-
11:20
-
11:15
-
11:00
-
11:00
-
10:45
-
10:40
-
10:30
-
10:20
-
10:15
-
10:00
-
10:00
-
09:45
-
09:40
-
09:30
-
09:20
-
09:15
-
09:01
-
09:00
-
08:45
-
08:40
-
08:30
-
08:20
-
08:15
-
08:00
-
07:50
-
07:45
-
07:30
-
07:15
-
07:00
