The cycling press is currently drowning in its own drool over Søren Wærenskjold’s victory in what they are calling the fastest road stage in Tour de France history.
They want you to believe we just witnessed a monument to human evolution. They want you to marvel at the sheer, unadulterated speed of modern athletes, their carbon-fiber frames, and their oxygen-carrying capacities. They are selling you a narrative of progress.
It is a lie.
Wærenskjold’s record-breaking ride was not a triumph of athletic brilliance. It was a meteorological fluke, a tactical failure, and a terrifying warning sign of a sport careening toward an existential crisis. Celebrating a 50-plus kilometer-per-hour average speed over a flat road stage is like celebrating a Ferrari for going fast while falling off a cliff. It misses the point of the machine, ignores the gravity of the situation, and ends in a wreck.
If we keep cheering for speed for the sake of speed, we are going to ruin the sport we claim to love.
The Tailwind Lie and the Physics of the Peloton
Let us strip away the romanticism. The primary driver of Wærenskjold’s historic average speed was not a revolutionary training regimen or a new brand of tubeless tires. It was a massive, relentless tailwind.
When a peloton gets pushed down an open highway by a 40 km/h gale, the laws of physics transform the race from an athletic contest into a sailing regatta.
To understand why, we must look at the math of aerodynamic drag. The force of drag opposing a cyclist is calculated using the standard aerodynamic equation:
$$F_d = \frac{1}{2} \rho v^2 C_d A$$
Where:
- $\rho$ is the density of the air
- $v$ is the relative velocity of the rider through the air
- $C_d$ is the drag coefficient
- $A$ is the frontal surface area
In a normal race, the relative velocity $v$ is high because the rider is cutting through stationary or oncoming air. The power required to overcome this drag scales cubically with speed. To go from 40 km/h to 50 km/h requires an exponential surge in wattage—energy that the human body cannot sustain for hours.
But introduce a massive tailwind that matches the travel speed of the bunch. Suddenly, the relative velocity $v$ drops to near zero. The aerodynamic drag practically evaporates.
Inside the safety of the peloton, shielded by hundreds of other bodies, riders are drafting in a moving pocket of low pressure. They are traveling at 60 km/h while putting out the same wattage they would normally use to roll down to the local coffee shop.
I have spoken with veteran directors who have watched teams burn through millions of dollars in wind-tunnel testing, trying to shave off three grams of drag. Then, a windy Tuesday in July comes along and renders all that engineering completely irrelevant. Wærenskjold didn't out-pedal history; he was blown across the finish line by a weather pattern.
The Death of Tactical Intelligence
When a race moves this fast, tactical intelligence dies.
In the classic eras of cycling, a flat transition stage was a psychological chess match. You had the breakaway specialists trying to calculate the exact moment to slip away. You had the sprinters' teams conserving energy, playing a game of chicken with the wind and the road, deciding precisely when to initiate the chase.
Now? The speed is so high that the race is entirely on rails.
No breakaway can survive when the peloton is cruising at 55 km/h without even trying. The sheer velocity of the bunch creates an insurmountable vacuum. Any rider foolish enough to attack off the front is immediately swallowed by the physics of the chase.
What we are left with is not a race. It is a high-speed procession. For four hours, riders sit in a giant, nervous cluster, paralyzed by the speed. Nobody can move. Nobody can attack. The speed itself becomes a cage.
Then, in the final three kilometers, the sprinters' trains engage in a blind, chaotic drag race. It is not about positioning or craft anymore; it is about who has the biggest gear and the least regard for their own personal safety.
By celebrating these hyper-fast stages, we are celebrating the erasure of the sport's tactical depth. We are trading the complex, beautiful chess of cycling for a basic drag strip.
The Unequal Math of Danger
Let us address the elephant in the road: speed kills. Or, at the very least, it breaks collarbones, shatters pelvises, and ends careers.
Human reaction time does not improve just because a bike is lighter or a jersey is slicker. At 40 km/h, a rider has a fraction of a second to react to a touched wheel, a discarded bottle, or a spectator’s protruding phone. At 65 km/h—the speeds we saw in the chaotic run-in to Wærenskjold's victory—that reaction window shrinks to zero.
When crashes happen at these speeds, the physics are brutal. The kinetic energy ($E_k$) that must be dissipated when a rider hits the asphalt scales quadratically with velocity:
$$E_k = \frac{1}{2} m v^2$$
A crash at 60 km/h does not hurt 50% more than a crash at 40 km/h. It carries more than double the destructive energy.
[Speed: 40 km/h] -> Kinetic Energy: Baseline
[Speed: 60 km/h] -> Kinetic Energy: 2.25x Baseline (Severe skin loss, high fracture risk)
[Speed: 70 km/h] -> Kinetic Energy: 3.06x Baseline (Catastrophic impact, career-ending potential)
We are asking human beings in lycra and Styrofoam helmets to navigate road furniture, tight corners, and oil slicks at speeds reserved for motorways. And for what? So a headline can scream that we beat a record set in 1999?
It is a pathological obsession with metrics. The UCI (Union Cycliste Internationale) spent years banning comfortable riding positions under the guise of safety, yet they happily design flat, straight finishes on wide-open roads where they know tailwinds will push the peloton into terminal velocity. It is hypocritical, and it is going to lead to a tragedy that the sport cannot easily recover from.
The Uno-X Strategy: Survival, Not Dominance
Let us give credit where it is due, but let us be precise about what actually happened. Søren Wærenskjold and his Uno-X Mobility team did not dominate this stage through sheer physical superiority. They won because they understood how to survive a broken system.
Uno-X is not a team of traditional, old-school sprinters. They are a squad built on Scandinavian pragmatism. They do not have the raw, explosive watts of a peak Jasper Philipsen or the historical lead-out execution of Soudal-Quick Step.
What they do have is a roster of giant, powerful classics riders who can handle a bike at extreme speeds without flinching.
On a stage that fast, the traditional lead-out train is impossible to maintain. The velocity is too high for any single team to control the front for more than a few hundred meters. The air is too thin, the chaos too intense.
Instead of trying to dictate the pace, Uno-X waited. They let the bigger, wealthier teams burn their riders in the wind, trying to maintain order in a chaotic system. Wærenskjold simply positioned himself behind the crumbling structures of his competitors, used his massive physical frame to hold his space, and launched at the exact moment the riders ahead of him succumbed to the sheer exhaustion of resisting the high-speed air.
It was a brilliant victory of attrition and positioning. But let us not pretend it was a showcase of clean, uncontested speed. It was a street fight in a hurricane.
Dismantling the "Fastest Ever" Myth
If you ask the average cycling fan what makes a race great, they will rarely say "the average speed on the ticker." They will tell you about the tension. The struggle. The moments where the race hung in the balance.
The fastest stages in history are almost universally the most forgettable.
| Year | Stage Winner | Avg Speed (km/h) | Historical Legacy |
|---|---|---|---|
| 1999 | Mario Cipollini | 50.35 | Remembered for Cipollini's Roman toga stunts, not the race physics. |
| 2013 | Orica-GreenEDGE (TTT) | 57.84 | A technical exercise that felt like watching a spreadsheet update. |
| Today | Søren Wærenskjold | 51.0+ | A chaotic, wind-blown lottery that left half the peloton terrified. |
When we look back at the legendary battles of the Tour—Pogačar and Vingegaard trading blows on the Col du Granon, or Coppi soloing over the Alps—the speeds were painfully slow. The riders were groveling. They were fighting gravity, exhaustion, and their own minds.
That is where the drama lives. Not in a bunch sprint where the riders are traveling so fast they look like a blur of neon fabric and sponsor logos.
By focusing on speed records, we are encouraging race organizers to give us more of what we don't need: flat, boring, wind-swept stages designed solely to produce high-speed finishes for the evening news highlight reel.
Stop Demanding Faster Races
If you want to save professional cycling from becoming a homogenized, dangerous, unwatchable mess, you need to stop celebrating these empty speed records.
The next time a commentator screams about an average speed of 52 km/h, do not marvel at it. Question it.
Demand races that prioritize tactical complexity over raw velocity. Demand course designs that slow the riders down, force them to use their brains instead of their power meters, and allow the artistry of the breakaway to exist once more.
The beauty of the Tour de France is not that it is fast. It is that it is hard. The moment we forget the difference between the two, we lose the sport entirely.
