Tesla FSD Approved in Netherlands: EU-Wide Expansion Possible

Tesla's Full Self-Driving system has received official approval for use in the Netherlands, marking a significant milestone that could pave the way for broader adoption across Europe. The decision follows an extensive 18-month testing and evaluation period conducted by the RDW, the Dutch vehicle authority responsible for automotive safety and regulation.

The latest iteration of Tesla's supervised FSD technology "makes a positive contribution to road safety," according to the RDW. With this regulatory green light, Tesla plans to begin rolling out the hands-free driving capability to Dutch owners, enabling them to utilize the system in both urban environments and on highways.

Beyond the immediate implications for the Netherlands, the RDW's approval carries substantial weight for the entire European Union. This endorsement means the system can potentially be introduced across all EU member states, though additional steps remain before widespread implementation.

Before FSD can be deployed throughout Europe, the RDW must submit the application for authentication across the entire region. All EU member states will then need to vote on the system's approval. A majority vote is required for EU-wide authorization, though even without majority support, individual countries retain the option to approve the technology independently, according to Reuters.

Since receiving approval, Tesla has been actively sharing videos demonstrating the FSD Supervised system being tested on Dutch roads. The RDW has emphasized that "a vehicle with FSD Supervised is not self-driving," stressing that "the driver remains responsible and must always maintain control."

"The Tesla driver assistance system supports the driver more than other systems because it takes over multiple driving tasks when it is switched on," the agency stated in its official announcement. The RDW highlighted that "due to the continuous strict monitoring of the driver in the vehicle, the system is safer than other driver assistance systems," noting that comprehensive testing occurred both on dedicated test tracks and public roadways.

The system includes multiple safety mechanisms to ensure driver attentiveness. If a driver is consistently found to be not fully alert while operating the vehicle, the system will trigger various alerts to regain their attention. In extreme cases, the system can shut down entirely and temporarily prevent reactivation until the driver demonstrates proper alertness.