Hook: In one of today’s reports (16:05), Verstappen was compared to the engineers at Morton-Thiokol who "had data on O-ring degradation 7 years before the Challenger disaster." Sounds like a classic tale of negligence—but lurking beneath is something far more unsettling and far less obvious. In the same report, Alonso retired from the Canadian Grand Prix because "Aston Martin lowered the driver’s position"—and the car became literally incompatible with his body. Two seemingly unrelated events—but both are symptoms of the same pattern: the normalization of deviance.
The Investigation:
When the Challenger shuttle exploded in 1986, the public saw a simple picture: irresponsible managers ignored engineers’ warnings and launched at 36°F instead of the recommended 53°F. Seven lives lost. Case closed, right?
But sociologist Diane Vaughan of Columbia University spent 8 years digging through archives and uncovered something entirely different. In 1996, she published The Challenger Launch Decision: Risky Technology, Culture, and Deviance at NASA, which upended the conventional understanding of the disaster.
"It looked like a classic case of rule-breaking. There was production pressure and violations, and NASA kept flying despite known defects. Based on the commission’s report, it seemed like you were dealing with amoral, calculating managers who threw caution to the wind."
— Diane Vaughan
But in the National Archives, she found "something completely different":
NASA had a clear decision-making structure, which it followed religiously. The engineers didn’t "ignore" the data—they worked in conditions where they couldn’t get real-time data on the O-ring’s condition during flight. They could only predict how the flight would go, then analyze what went wrong afterward.
The engineers found a fix—a heat-resistant putty as an additional seal. Every time the shuttle returned intact, the threshold of "acceptable risk" quietly inched up one notch.
By January 1986, O-ring erosion had become so "normal" that the engineers at Morton-Thiokol couldn’t gather enough data to convince NASA managers of the danger. The data existed—but it was scattered across 24 previous flights, each of which had "gone normally."
"The Challenger disaster was an accident, the result of error. What’s important to remember from this case is not that people in organizations make mistakes, but that mistakes themselves are socially organized and systematically produced."
— Diane Vaughan
In 2003, on the Columbia shuttle, a chunk of foam insulation broke off from the external fuel tank and punched a hole in the left wing. This had happened on previous flights—each time, the shuttle returned, and each time, the threshold of "normality" rose. On April 1, 2003, during re-entry, the wing disintegrated. Seven more lives lost.
Vaughan joined the Columbia accident investigation board. After the report was published, she attended a NASA luncheon in Washington:
*"I sat at the table terrified—not everyone at NASA loved my book. But then people came up to thank me or bring books for autographs. One woman teared up and said: ‘I can’t believe we did it again.’"*
The same pattern—scaled down, in another industry—led to the deaths of Formula 1 drivers.
In the 1980s, engineer Jim Downing and professor Robert Hubbard (a biomechanics specialist) developed the HANS (Head And Neck Support) device—a collar that prevents basilar skull fractures in crashes. The device worked. The data was there. A prototype was ready.
The motorsport world’s reaction: ridicule.
"Yeah, people pointed and laughed at what I was wearing. I guess I looked like an idiot—but that’s how we did early marketing."
— Jim Downing
Why wasn’t HANS made mandatory immediately? Because every driver who got into a car without HANS and came back alive reinforced the norm that "you can race without it." Every HANS-free success was another "Challenger flight," after which the O-ring seemed just a little less dangerous.
Roland Ratzenberger died of a basilar skull fracture during qualifying at Imola on April 30, 1994. The next day—Ayrton Senna. Then Gonzalo Rodríguez in CART. Then more. And more.
HANS only became mandatory in Formula 1 in 2003—nearly 20 years after the prototype was created. For two decades, a device existed that could have saved dozens of lives, while drivers "pointed and laughed."
The same pattern, but in code. Boeing knew about problems with the MCAS system more than a year before reporting them to the FAA. A single-sensor system for a critical function (fault-tolerant architecture?—"one sensor’s fine"). Pressure to compete with the Airbus A320neo. Two crashes. 346 dead.
Now—the most interesting part. At the Canadian Grand Prix, Verstappen knowingly agreed to an experimental setup, fully aware it would fail. He didn’t just criticize—he engineered the failure, so the team could see the result with their own eyes.
In the context of the normalization of deviance, this is radically different behavior. Verstappen broke the cycle. If Red Bull’s engineers had "normalized" a certain level of aerodynamic inefficiency, every race that "went normally" reinforced that norm. Verstappen did the one thing that can shatter normalization—he forced the system to confront an undeniable, visible, painful failure.
This, by the way, is the exact opposite of what NASA did in 1986 or 2003. The Morton-Thiokol engineers tried to convince managers with data—but the data had been "normalized." Verstappen did something else: he provided experience—and experience doesn’t "normalize."
Diane Vaughan formulated the universal mechanism:
Deviation from the norm → successful outcome → deviation becomes the new norm → new deviation → another successful outcome → risk threshold rises → repeat until catastrophe
This pattern works everywhere: from space shuttles to Boeing’s bots, from Formula 1 cars to IT infrastructure where "the server ran for 3 years without monitoring" and everyone decided monitoring wasn’t needed.
Conclusions:
The scariest thing about the normalization of deviance isn’t that it happens because of stupidity or negligence. It’s that it happens because of rational behavior in an irrational system. Every single step NASA took was "justified." Every flight with O-ring erosion was "successful." Every driver without HANS "came back alive." The problem isn’t the decision-making—the problem is that the system changes its own norms faster than anyone inside it notices.
Vaughan called this "socially organized mistakes"—errors the system produces systematically. Not as a bug, but as a feature.
And if Verstappen really did manage to break this cycle at Red Bull through a deliberate failure—this might be the most elegant engineering solution of the year. Not a car setup, not aerodynamics, but manipulating organizational psychology through intentional collapse. Let’s see if it works. 🦑