Wind-powered speed records across the North Atlantic. Where sailboat performance approaches motorboat pace.
Skippered by Pascal Bidégorry in July 2009, the 131-foot (40-meter) trimaran Banque Populaire V set the sailing record that still stands. The sustained speed of 32.94 knots across 3,106 nautical miles represents the absolute peak of what wind power can deliver in open ocean conditions.
This is WSSRC-ratified. This is official. And it's terrifyingly fast for a sailboat.
The sailing record stands at 3 days 15 hours. The powerboat record (Destriero) is 2 days 10 hours—no, wait. 2 days 10 hours is wrong. Let's be precise: Destriero is 58 hours 34 minutes, which is 2 days 10 hours 34 minutes. The gap between them is closing at an impossible rate. Modern foiling trimarans are getting so fast that they're approaching territory that used to belong exclusively to turbine-powered vessels. That's not normal. That's physics-bending.
The modern generation—Sodebo Ultim', Banque Populaire, Maxi Edmond de Rothschild—are arguably the fastest sailing vessels ever built. These aren't refinements of earlier designs. They're a category jump. Foiling daggerboards, canting keels, dynamic rig controls—systems that would have been pure science fiction twenty years ago are now standard equipment on race-winning multihulls.
Any of these boats, in the right weather window, could break the Banque Populaire V record. It's not a matter of if—it's a matter of when the right storm system lines up with the right crew and the right funding alignment.
Weather Routing: You don't choose the North Atlantic's moods. The Gulf Stream is favorable only if you have the speed to use it. Miss it and you're fighting current and headwinds for days.
Sleep Management: This is the hidden brutality of sailing records, especially for singlehanded attempts. Four days without meaningful rest. The crew on multihulls operates in shifts, but fatigue compounds. Decision-making degrades. Navigation errors multiply at speed.
Structural Limits: Maintaining 30+ knots in ocean swell requires equipment designed for those specific stresses. Modern composites and foiling systems expand what's possible, but they have limits. Push those limits and the repair bill becomes the race story.