The editorial case for wingsail explorer yachts — and the films from The Yacht Channel that put it on the record.
For three centuries, every meaningful ocean voyage was made under sail. Then, for one century, every meaningful ocean voyage was made under diesel. We are now at the point where the next great long-range voyages will be made under sail again — but with the precision, comfort, and reach that one hundred years of marine engineering have added in the meantime.
The case for wind-powered superyachts is not romantic. It is structural.
A conventional 100-metre explorer yacht burns between 400 and 600 litres of fuel per hour at cruise. Across a thirty-day Atlantic passage, that is more than 350,000 litres of diesel — roughly a thousand tonnes of CO₂ released into the atmosphere. No scrubber alters what entered the atmosphere. No offset alters what came out of the stack. The only solution is to not burn the fuel.
Every "eco" feature added to a diesel-primary yacht — hybrid packages, shore-power capability, eco-mode software — addresses the optics without addressing the physics. The engine still runs. The propellers still cavitate. The fuel still burns. Hybrid systems add weight without changing the underlying energy source.
Marine mammals navigate, communicate, hunt, and reproduce through sound. Propeller cavitation and engine vibration from a running diesel yacht are not a minor inconvenience to a whale, dolphin, or seabird-foraging fish. They are a wall of noise in the dark. Underwater noise from private vessels has roughly doubled in the last decade. Most owners are unaware their vessel contributes; most regulators are now aware they need to act.
EU Fit-for-55, IMO 2030+, and emerging national port-emission rules are tightening every twelve months. A yacht delivered in 2026 with a 30-year design life will be operating in 2056 — long after the diesel-primary architecture is regulated to the margins of where it can go and when.
The Oceanwings® rigid wingsail system, developed by VPLP Design, has been operating on the cargo vessel Canopée in transatlantic commercial service since 2023. The data is operational, not modelled. Over two years and dozens of crossings, Canopée's four wingsails have delivered a 40–60% reduction in fuel use compared with conventional propulsion, on the same hull, on the same routes, in the same weather conditions.
This is the central fact about Wind Voyage: we are not asking owners to underwrite an experiment. The wingsail system already runs the Atlantic, every day, on a vessel of comparable scale to the yacht we are building. The 110-metre flagship is the industrialisation of something that already works — by the people who already made it work.
That is the difference between a concept presentation and a contract at a real shipyard. The Wind Voyage 110, codename Project MG, is under contract at Norse Shipyard for delivery in late 2028. The world's first wind-assisted hybrid expedition yacht, delivered in three years — not envisioned, not speculated, delivered.
Yacht ownership is generational. The owners now entering the >100-metre market are not the buyers of 2005. They have made their money in technology, in biology, in finance, in earth science — fields that taught them, before yachting taught them, that the ocean is a system, not a stage. They are not interested in inheriting the optics of the previous generation. They are interested in defining their own.
The Wind Voyage range is built for them. It is not a moral argument. It is a better engineering answer to the same question every serious owner asks: where will this yacht go, and what will it be in twenty years' time?
An anchorage in the Lofoten Islands, with the wings folded and the generators silent. A passage from Cape Town to Antarctica under wind alone. A return from the high Arctic to Greenland with the heat-recovery system feeding the underfloor heating. These are not future-state animations. These are the operating envelopes Wind Voyage was engineered around.
— Paul Madden, Founder, Wind Voyage · Newport, Rhode Island · 2026
Selected pieces from the Wind Voyage playlist on The Yacht Channel — Paul Madden's independent maritime channel with over 4.5 million cumulative views.
The case for the wingsail explorer category — and where Wind Voyage fits.
Inside Project MG — the 110-metre flagship under contract at Norse Shipyard.
A survey of the wingsail, kite, and Flettner-rotor systems available today.
The deep dive — comparative analysis of each major wind-propulsion technology.
How a sailing yacht generates its own electricity from the water passing the hull.
The full design-and-technology brief for the Wind Voyage range.
The combined system at full operating envelope — silent, emissions-free, and net-positive on power.
A short overview of the integrated wind-and-solar architecture.
Contact our team to receive the full project presentation, specification package, and General Arrangement drawings.
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