The headlines are predictable. A Milanese tram jumps the tracks, a building gets a new, unwanted entrance, and two people are dead. The immediate reaction? Screams for "modernization," calls for automated braking, and a frantic search for a scapegoat in a conductor’s uniform.
It is a tragedy. It is also a distraction.
The media treats a tram derailment like a glitch in a perfect system. They frame it as a failure of 19th-century technology in a 21st-century world. They are wrong. The real failure isn't the mechanical fatigue of a steel wheel; it is the intellectual fatigue of a public that values the theater of safety over the reality of urban survival.
If you want to stop people from dying on city streets, you don’t fix the tram. You make the tram more dangerous for everyone else.
The Myth of the Freak Accident
Most reporting on the Milan incident focuses on the "how." How did a vehicle fixed to a rail manage to escape its iron path? Was it the switch? Was it a medical emergency? Was it the crumbling infrastructure of a city that spends more on tourism branding than track maintenance?
This line of questioning assumes that safety is a binary state. You are either safe or you are crashing. In reality, urban transit is a constant negotiation of kinetic energy. When a tram derails, we see the spectacular failure of that negotiation. What we ignore are the thousands of "successful" hours where the system remains lethally inefficient.
The "lazy consensus" suggests that newer is better. Replace the Peter Witt cars—those gorgeous, rattling orange relics of 1928—with sleek, silent, computerized pods, and the problem vanishes. This is a fantasy. I have consulted on transit logistics in three continents, and the data is clear: high-tech systems often mask risks rather than removing them. A 1920s tram gives you a thousand sensory warnings before it fails. It screams, it vibrates, it smells of ozone. A modern, computerized system fails in total silence, usually because a sensor worth five dollars decided to stop talking to a server in a different zip code.
Risk Homeostasis and the Safety Paradox
We are victims of Risk Homeostasis. This is a psychological principle, famously articulated by Gerald Wilde, which suggests that humans have a target level of acceptable risk. When you make a system "safer," people simply change their behavior to consume that safety and return to their original risk level.
In Milan, the tram is a lumbering giant. You see it. You hear it. You respect it. When we try to "fix" transit by making it quieter, smoother, and more predictable, we encourage pedestrians to look at their phones and drivers to cut off the tracks. We create a "silent killer" environment.
The derailment into a building is a statistical outlier. The real carnage happens in the margins of the "safe" system.
- Fact: Trams are inherently safer than cars by orders of magnitude.
- The Nuance: By obsessing over a single derailment, we trigger "safety" regulations that make public transit more expensive, slower, and less frequent.
- The Consequence: People get back into their Fiats.
When you drive a car, you are roughly 10 to 20 times more likely to die or kill someone than when you ride a tram. Every time a city halts its fleet for "safety inspections" after a high-profile crash, they are effectively pushing thousands of commuters into the most dangerous mode of transport ever devised.
Your "safety" measure is literally killing people via car accidents on the other side of town.
The Infrastructure Theater
Let’s talk about the building. A tram hits a wall, and we act shocked that the wall didn't hold.
For decades, urban planning has prioritized "flow" over "friction." We want wide streets. We want clear sightlines. We want everything to move at a clip. But in a dense European core like Milan, friction is your friend. The fact that a tram could gain enough momentum to penetrate a structural facade tells us that the street design failed long before the wheels left the track.
The competitor articles will tell you we need better "automated train protection" (ATP). I’ll tell you we need more bollards, tighter turns, and less deference to the automobile.
If a tram derails and hits a building, it's because the street was designed like a highway. If the street were designed for people, the tram wouldn't have the space or the velocity to do that kind of damage. We are blaming the train for the sins of the pavement.
Why We Love to Hate the Conductor
It’s easy to blame "human error." It’s the ultimate get-out-of-jail-free card for city officials. If the driver fell asleep or missed a signal, the system is "fine"—we just need a better human or a robot.
But human error is a symptom, not a cause. I’ve sat in control rooms where "safety protocols" are so dense that operators stop following them just to keep the trains moving. We create impossible conditions, then act surprised when a human snaps.
The push for full automation in trams is often touted as the "solution" to accidents like Milan’s. It isn’t. Automation in an open urban environment is a nightmare of edge cases. A dog runs out. A delivery van double-parks on the tracks. A child chases a ball. A human driver can negotiate these with intuition. A computer enters a "safe state," which usually means slamming the emergency brakes and tossing thirty elderly passengers onto the floor, causing more injuries than the "accident" it avoided.
Stop Trying to Fix the Tram
The demand for "zero accidents" is a death knell for vibrant cities. It leads to the "sanitization" of the urban experience.
If you want a 100% safe tram system, you put it in a tunnel. But then you’ve just built a very expensive, very shitty subway. The beauty of the Milanese tram—and the reason it is a global icon—is its integration with the messiness of life. It exists in the same space as the cafe, the grandmother, and the teenager on a Vespa.
When we scream for "more safety" after a derailment, we are asking to lose that connection. We are asking for fences. We are asking for higher ticket prices to pay for redundant sensors. We are asking for a city that feels like an airport terminal.
The Brutal Truth of the Trade-off
You cannot have a functional, high-density city without blood.
That sounds horrific. It is. But it is the honest truth that every transit engineer knows and no politician will admit. Every transport system has a "cost of doing business" measured in human lives. We accept thousands of deaths per year for the "freedom" of driving cars, yet we demand perfection from the very systems that are trying to save us from our own steering wheels.
If we over-react to the Milan crash, we will:
- Slow down the entire network to a crawl.
- Increase the "headway" (the time between trams), making the system useless for commuters.
- Waste millions on tech that won't prevent the next "black swan" event.
Instead of calling for a "modernization" of the trams, we should be calling for a "deprioritization" of everything else. The tram didn't fail the city; the city failed the tram by forcing it to compete for space, speed, and funding in an environment biased toward cars.
The Actionable Reality
If you actually care about urban safety, stop reading about derailments. Start looking at your local zoning board.
- Force the Friction: Demand narrower lanes. The tram shouldn't be the only thing that has to watch its speed.
- Accept the Age: Those 1928 trams aren't the problem. They are the benchmark. They are repairable, durable, and they provide the "haptic feedback" a driver needs to stay awake and aware.
- Stop the Safety Theater: Reject any "safety" measure that results in fewer trams on the street. A missing tram is a death sentence delivered via a crowded bus or a private car.
The Milan derailment isn't a sign that the system is broken. It’s a sign that the system is under pressure. If you tighten the screws in the name of safety, the whole thing will eventually snap.
The next time you see a headline about a tram "slamming" into a building, ask yourself how many cars did the same that day without making the news. Then, get on the tram. It’s the most radical, dangerous, and vital thing you can do for your city.
Stop asking how we can make the tram safer. Ask why we’ve made the city so dangerous that a single mechanical failure becomes a catastrophe.
