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And the driver was not human.
It was a goldfish named Blub.
The system worked in a surprisingly simple but effective way. As the fish swam inside the tank, sensors tracked its movement. The car responded instantly.
If Blub moved left, the vehicle turned left. If Blub drifted right, the wheels followed.
On January 23rd, during a live appearance on the Italian television program Lo Show dei Record in Milan, de Wolf put his invention to the test. Blub was placed inside the tank and allowed to move freely.
What happened next stunned both the audience and the judges.
Blub successfully guided the vehicle across a distance of 40 feet and 3.46 inches in under one minute. That distance was nearly three times longer than what was required to qualify for a Guinness World Record.
Official adjudicator Sofia Greenacre carefully verified the attempt by tracking the movement of the wheels, ensuring every inch was accurately counted.
After watching the unusual demonstration, host Gerry Scotti summed up the moment perfectly. “I don’t know if it’ll be a world record, but we definitely saw something very sweet and very futuristic.”
It was, in fact, a world record.
When de Wolf received official confirmation, he responded with a sense of humor that matched the experiment itself. “How am I going to explain to Blub now that he has a world record title?”
A Joke That Is Not Really a Joke
At first glance, the idea of a goldfish driving a car sounds like nothing more than a viral gimmick.
But that surface level reaction misses the real significance of what was demonstrated.
De Wolf made it clear that his motivation was not just entertainment. He wanted to break away from repetitive engineering work and show what modern motion tracking technology can actually achieve.
“The objective is to show people what is possible to achieve with this kind of technology, even when it’s not necessarily something ‘serious,'” he told Guinness.
That statement alone might sound like a playful justification.
But what followed revealed a far more meaningful goal.
The same motion tracking system used to translate a fish’s movement into steering commands could potentially be adapted for people who cannot use traditional driving controls.
No hands. No physical steering.
Just movement tracked in real time and converted into action.
“I would love to maybe one day be able to help people with mobility issues,” de Wolf said.
That is where this story stops being funny and starts becoming important.
A Familiar Pattern of Innovation
It would be easy for critics to dismiss this as a novelty experiment coming out of Europe.
But history shows that many of the most important breakthroughs started in ways that looked strange or even ridiculous at first.
The Wright Brothers were once seen as hobbyists tinkering with flying machines.
Early computer prototypes were bulky, crude, and widely misunderstood.
Even assistive technologies that are now considered essential began as experimental concepts that few people took seriously.
What de Wolf has demonstrated is a proof of concept.
A camera can track movement in real time. That movement can be translated into directional commands. And a machine can respond instantly.
That is not science fiction.
That is working technology.
Researchers have already been exploring ways to use eye movement, head motion, and other subtle inputs to control wheelchairs and assistive devices. This experiment shows another pathway forward.
One Fish, One Record, One Bigger Possibility
Blub the goldfish has no idea what just happened.
He is back in his tank, swimming the same quiet patterns he always has.
But what those movements now represent is something much bigger than a novelty record.
They represent a concept that could restore independence to people who have lost it.
A simple demonstration turned into a global talking point.
And like many breakthroughs before it, it came from someone willing to try something unconventional.
Blub drove just over 40 feet.
But the idea behind it could go much further.
