When an extreme product appears, public conversation tends to go down the most obvious path. Does it work in the city? Who needs a car that goes from 0 to 100 in under a second? Does it make sense that it can do a backflip? Isn't all of this just a show?
And yes, partly it is. But I think that's where a lot of people get distracted and lose sight of what actually matters. The interesting thing about the new Roadster isn't the car itself; it's the innovation that makes it possible.
The mistake of looking only at the final product
We judge a sports car pushed to the extreme purely as a car. We measure it by its everyday usefulness: whether it fits in a parking space, whether it handles the potholes of a Latin American city, whether it makes sense at a traffic light or in rush hour.
But the most extreme products almost never come about to solve an immediate everyday problem. They come about as technology demonstrators. They're objects that push the limits: platforms where you test how far an idea can go, a combination of materials, a control architecture, or a technology that in another context seemed impossible or ridiculous.
That's where the interesting conversation appears. Not whether a car like this is practical for going to the supermarket, but which technologies had to be developed to make it possible and, above all, what else could be done with those technologies once they leave the car.
The real story is technology transfer
When companies like Tesla and SpaceX orbit around the same ideas, the visible product is barely the tip of the iceberg. Underneath there's work in materials, dynamic control, sensors, software, energy, stability, real-time response, and ways of applying force, compensating movement, or improving grip.
If we mentally separate those capabilities from the "car" object, the discussion stops being automotive and becomes industrial: logistics, robotics, safety, extreme weather, rescue, advanced mobility.
That's what innovating is: not just creating a flashy product, but developing capabilities that later migrate to other uses.
Innovation almost always arrives disguised as excess
A disruptive innovation rarely enters the world presented as something reasonable. It enters as an excess, something expensive, unnecessary, an engineering madness, an answer to a question nobody asked. And over time someone discovers that one of those "follies" was exactly the piece missing in another sector.
It has happened over and over in the history of technology: what at first looks like spectacle later becomes infrastructure; what looks like luxury becomes standard; what seems unnecessary today becomes normal tomorrow, and we stop even noticing it.
That's why I think the mistake isn't getting excited about the Roadster, but staying only with the Roadster.
Thinking about applications beyond the car
If these technologies deliver real improvements in control, grip, stabilization, or dynamic response, it's worth asking which other industries could make use of them:
- Driving in extreme climates, where snow, ice, or very low-grip surfaces render many traditional solutions useless.
- Specialized vehicles, for rescue or operation in hostile environments, where gaining stability or maneuverability makes a real difference.
- Industrial mobility and robotics, where new forms of physical control or interaction with surfaces open up possibilities.
- Advanced safety and assistance systems, where a faster, smarter reaction to a loss of control can prevent accidents.
One caveat: not everything that impresses in a demo scales well, and not everything makes economic, energy, or regulatory sense in the real world. It's worth saying that clearly.
But questioning its immediate implementation is one thing; denying the value of technological exploration just because it doesn't yet fit everyday life is something else. Innovation doesn't advance by asking only "what is it good for today?" That is perhaps the most limiting question we can ask an emerging technology. Many of the things we use normally today began as incomplete or extravagant answers to problems we didn't yet understand.
Innovation rarely arrives mature: it arrives noisy, excessive, misunderstood, wrapped in a product that looks more like a provocation than a solution. That doesn't make it irrelevant. On the contrary: it often means we're seeing the beginning of something.
Looking past the fireworks
It's easy to make fun of the fireworks and reduce everything to marketing or eccentricity. And there's some of that; it would be naive to deny it. But stopping there is also short-sighted. Innovation doesn't always come through the serious, technical, perfectly reasonable door; sometimes it comes in loud, in the form of an absurd sports car, with exaggerated promises, an impossible video, or a demonstration that looks more like science fiction than applied engineering. And behind all of that there can be a genuinely transformative technology.
So before asking whether that car makes sense to drive in the city, it's worth asking a better question: what capabilities is it trying to demonstrate? That's where the valuable conversation begins.
In conclusion
Science fiction rarely reaches our everyday lives the way we imagined it. It arrives hidden inside technologies that at first seemed unnecessary, exaggerated, or simply absurd. Sometimes the best way to understand the future isn't to look at the product grabbing all the headlines, but at the innovation coming from inside.