Søren Wærenskjold wins the fastest Tour de France stage ever on the Noah Fast
What a Tour de France it has been for Uno-X! After Torstein Træen spent two days in the yellow jersey, Søren Wærenskjold claimed victory in Stage 11 from Vichy to Nevers on Wednesday. What makes this win even more remarkable is that it came in the fastest Tour de France stage ever. With an average speed of 50.91 km/h, an incredible record was broken. The fact that this historic stage was won aboard a Noah Fast makes it even more special for all of us.
After the dream start of wearing yellow during the opening week, this Tour de France was already a success for Uno-X and Ridley. Yet the Norwegian team showed an unstoppable hunger for more. Søren Wærenskjold had already finished second in a stage, while Tobias Halland Johannessen also came close with a runner-up finish. On Wednesday, the reward finally came. The Norwegian sprinter took advantage of a chaotic final kilometre to open a small gap and hold on all the way to the finish. It's certainly no coincidence that this victory was achieved on a Noah Fast. This bike is built for speed.
Photo: Photo News
After the dream start of wearing yellow during the opening week, this Tour de France was already a success for Uno-X and Ridley. Yet the Norwegian team showed an unstoppable hunger for more. Søren Wærenskjold had already finished second in a stage, while Tobias Halland Johannessen also came close with a runner-up finish. On Wednesday, the reward finally came. The Norwegian sprinter took advantage of a chaotic final kilometre to open a small gap and hold on all the way to the finish. It's certainly no coincidence that this victory was achieved on a Noah Fast. This bike is built for speed.
Photo: Photo News
Noah Fast
The fastest bike we’ve ever builtIn 2025, aerodynamics is everything! Ridley’s product developers started with a blank slate for the third generation of the Noah Fast. The result is a 100% aero bike. At a speed of 50 kilometers per hour, the Noah Fast is 8.5 watts faster than its predecessor. This underscores that aerodynamics are rooted in Ridley’s DNA.
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