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A Touch of "Top Gun" on an Italian Construction Site
It's hard not to think of Top Gun upon seeing this first photograph of the Ferrari Hypersail. A massive black structure, wing-like appendages, a cockpit with clean, sharp lines, and, to complete the picture, industrial lighting with an almost cinematic quality.
The only thing missing is the pilots in their flight suits.
But this strange-looking vessel is indeed a sailboat. It?s a 100-foot monohull?about 30.5 meters?designed by French naval architect Guillaume Verdier to tackle ocean records.
Until now, the project had mainly been presented through computer-generated images and technical explanations. This time, the boat is right before our eyes. Photographed from the front at its Italian shipyard, it reveals a silhouette that bears little resemblance to that of a traditional racing sailboat. The hull is complete, its yellow-and-black livery has been applied, and the prancing horse appears on the bow.
A sailboat that wants to fly above the waves
Behind this spectacular design lies a goal far more challenging than a mere exercise in style: to sail a large monohull offshore for extended periods of time.
The Ferrari Hypersail is designed to rely on three lifting surfaces: a lateral foil, a skim wing attached to the keel, and another foil mounted on the rudder. The idea is to lift the hull to reduce hydrodynamic drag and allow the boat to reach high speeds.
On paper, the concept is reminiscent of the flying monohulls of the America's Cup. But here, the playing field changes completely.
That is precisely where the challenge lies. Getting a boat off the ground is one thing. Keeping it airborne?at high speed?for several weeks is quite another.
An autopilot to control the flight
Just as in a modern airplane, flight control plays a central role in the project.
Ferrari is planning an automated system capable of adjusting the movable surfaces of the appendages to maintain the boat's trim and stability. These adjustments will need to be made continuously, based on speed, hull movements, and sea conditions.
This assistance does not eliminate the role of the crew. It is intended to enable them to operate a machine whose responses may be too rapid to rely solely on manual control.
There is also an energy challenge. The monitoring equipment, sensors, and controls for the appendages require electricity, which the boat must generate on board.
Approximately 100 m² of solar panels are planned, supplemented by energy recovery systems. The project aims to operate without a diesel engine to generate electricity. However, we will have to wait for the tests to measure the systems? actual energy consumption and verify their ability to operate sustainably under all conditions encountered at sea.
