The moment follows a surprise regulatory green light in the Netherlands for Tesla’s supervised Full Self-Driving (FSD) system. The approval allows the advanced driver-assistance technology to operate in city environments, potentially paving the way for wider adoption of near-autonomous vehicles across Europe.
A breakthrough—or a step too soon?
For early adopters like Kees Roelandschap, the experience is nothing short of remarkable. Having previously tested the system in the United States, he described using it at home as “unreal,” adding that the European version appears to include stricter safety safeguards. Supporters argue that such systems could ultimately reduce human error and improve road safety.
Tesla’s FSD can steer, brake, and accelerate independently, though regulations still require drivers to remain attentive and ready to intervene. The broader rollout of the technology across the European Union is expected to be discussed in May, even as it continues to face safety scrutiny in the U.S.
A uniquely complex testing ground
Yet Amsterdam may be one of the most challenging environments imaginable for such technology. The city’s streets are dense with bicycles, including e-bikes and heavier “fatbikes,” alongside cars and public transport—all moving in a loosely choreographed but often unpredictable flow.
Esther van Garderen, head of the Dutch Cyclists’ Union, highlighted the difficulty: cyclists frequently change direction, cross paths, and move in clusters, creating a dynamic environment that may be hard for AI systems to interpret reliably.
City officials are also approaching the rollout with caution. Melanie van der Horst noted that local authorities had limited input in the approval process but stressed that the requirement for driver supervision reduces immediate risk. At the same time, she acknowledged that public concern is understandable as the technology enters everyday use.
Safety debate intensifies
The debate comes against the backdrop of rising road fatalities in the Netherlands. Government data shows a 6% increase in traffic deaths in 2025, with collisions involving cars and vulnerable road users—such as cyclists and pedestrians—driving the uptick.
Some residents believe self-driving systems could help reverse that trend. By maintaining consistent speeds and safe distances, autonomous features may reduce the kinds of human errors that often lead to accidents.
Others remain unconvinced. Nina Smiljanic, an e-bike rider navigating the city’s busy streets, questioned whether the technology is ready for such a complex environment. She suggested it may perform better on highways or in less chaotic settings, arguing that urban unpredictability—especially with tourists and cyclists—still poses a major challenge.
 |
| Tesla enthusiast Kees Roelandschap drives around hands-free with his electric car, several days after Dutch regulators approved the use of Tesla's self-driving software, in Amsterdam, Netherlands, April 17, 2026. REUTERS/Bart Biesemans Purchase Licensing Rights |
 |
| Tesla enthusiast Kees Roelandschap drives around hands-free with his electric car, several days after Dutch regulators approved the use of Tesla's self-driving software, in Amsterdam, Netherlands, April 17, 2026. REUTERS/Bart Biesemans Purchase Licensing Rights, opens new tab |
Strategic timing for Tesla
The rollout also comes at a critical moment for Tesla. The company is leaning heavily on driver-assistance innovations like FSD to reinvigorate slowing sales in Europe, where competition is intensifying and CEO Elon Musk’s political positions have sparked mixed reactions among consumers.
Despite these headwinds, Tesla remains the most widely used electric vehicle brand in the Netherlands, with around 100,000 Tesla Model 3 and Tesla Model Y cars already on the road.
A cautious road ahead
Amsterdam itself has spent years actively discouraging car use—closing roads, reducing parking, increasing fees, and enforcing a 30 km/h speed limit across much of the city—in favor of cycling and public transport. The arrival of semi-autonomous vehicles therefore introduces a new variable into an already evolving mobility landscape.
For now, the technology is being closely watched by regulators, city officials, and everyday road users alike. While enthusiasts see a safer, more efficient future taking shape, skeptics argue that real-world complexity—especially in cities like Amsterdam—may still be one step ahead of artificial intelligence.
As Europe considers broader approval, the streets of Amsterdam may serve as a crucial test case: not just for the technology itself, but for how societies adapt to sharing the road with increasingly autonomous machines.