Tesla's Full Self-Driving (FSD) system has officially launched in Europe, starting with the Netherlands, but with a significant caveat: drivers must pass an on-screen competency test before they can activate it for the first time. The Netherlands Vehicle Authority (RDW) approved the system after 18 months of extensive testing on both dedicated test tracks and public roads, though it emphasized that FSD is not a self-driving system but rather a driver-controlled assistance system that requires constant human supervision .

The approval marks a turning point for Tesla's controversial technology in Europe, where regulatory standards are stricter than in the United States. However, the rollout comes with important strings attached that reflect regulators' concerns about how drivers interact with the system. The competency test, called the "FSD (Supervised) Activation Tutorial," is designed to ensure drivers understand both how the system works and, critically, that they remain legally responsible for safe vehicle operation at all times .

What Does Tesla's Competency Test Actually Cover?

The tutorial is straightforward but essential. It explains FSD's controls, interface, and how to identify when the system is active. At the end, drivers must answer two specific questions to demonstrate their understanding :

• Question 1: Drivers must select the image where FSD (Supervised) is active, testing their ability to recognize when the system is engaged
• Question 2: Drivers must confirm they understand they are responsible for safe vehicle operation while FSD (Supervised) is active, establishing legal accountability

This requirement exists because European regulators want to prevent what experts call "automation complacency," where drivers become overconfident in the system's abilities and fail to intervene when necessary. The RDW's approval process required compliance with UN-R171 standards, which specifically mandate driver education on the performance of driver control assistance systems to avoid "misinterpretation, overestimation, or difficulty" .

Why Is Europe's Approval Different From the U.S. Version?

One critical detail often overlooked: the FSD system approved for Europe is not the same software version available to U.S. drivers. The RDW explicitly stated that "Europe uses different software versions than vehicles in the U.S.," meaning the European FSD (Supervised) version is not directly comparable to its American counterpart . This distinction matters because it suggests Tesla has modified the system to meet stricter European safety standards and regulatory requirements.

The approval also comes with specific operational constraints. Drivers must keep their eyes on the road and their hands visible and ready to take control at a moment's notice, though hands do not need to remain on the steering wheel at all times. A driver monitoring system ensures compliance with these requirements. Critically, drivers cannot be distracted by other tasks, such as reading a newspaper, while FSD is engaged .

How to Prepare for Tesla FSD Use in Europe

• Complete the Activation Tutorial: Before using FSD for the first time, you must watch the tutorial and pass the two-question quiz to activate the system on your vehicle
• Understand Your Legal Responsibility: Recognize that you remain legally responsible for the vehicle's safe operation at all times, even when FSD is active, and the company is not liable for crashes that occur while the system is engaged
• Maintain Constant Attention: Keep your eyes on the road and your hands ready to take control immediately if needed, and avoid any distracting activities while the system is active
• Monitor System Activation: Learn to identify when FSD is active on your vehicle's display so you always know whether the system is controlling the car

The rollout is limited to the Netherlands for now, but the RDW's approval will be submitted to the European Commission, where a majority of EU member states would need to vote in favor of expanding it across the economic bloc . Other automakers have already paved the way for similar systems in Europe. BMW's and Ford's BlueCruise hands-free systems have been approved for use in some European markets where local regulations allow, suggesting a pathway for broader adoption of driver assistance technologies .

However, experts remain cautious about the real-world implications. Yousif Al-Ani, principal ADAS engineer with U.K. vehicle technology assessor Thatcham Research, noted a key concern about how drivers interact with advanced assistance systems over time. "The risk comes when an intervention is needed: coming back into the loop after long periods of reduced engagement is difficult, and the system can create a false sense of security," Al-Ani stated . This observation reflects a broader challenge in autonomous vehicle development: the longer a system drives without requiring driver input, the harder it becomes for humans to quickly regain control when something goes wrong.

The European approval also highlights a fundamental misunderstanding in how Tesla markets its technology. Both Tesla Autopilot and Full Self-Driving are classified as Level 2 autonomous systems under the SAE J3016 Levels of Driving Automation, meaning the driver remains responsible for constant supervision. Level 3 systems, like Mercedes-Benz's Drive Pilot, shift some liability to the manufacturer when the system is active, but only in specific conditions. Level 4 and Level 5 systems represent true autonomous driving, with Level 5 capable of operating in all conditions without human controls . Tesla's system, despite its name, falls far short of these higher levels of autonomy.

The Netherlands' decision to approve FSD represents a pragmatic regulatory approach: allowing the technology to operate while putting safeguards in place to ensure drivers understand its limitations. Whether this model will succeed across Europe depends largely on whether drivers actually internalize the lessons from the competency test and maintain the vigilance required to use the system safely. As regulators continue to evaluate the technology's real-world performance, the competency test may become a template for how other jurisdictions approach the approval of advanced driver assistance systems.