Latvia Recognizes Tesla System’s Temporary Approval as It Reaches 10 European Countries
Key Facts
Latvia’s Road Traffic Safety Directorate has recognized the temporary European approval granted by the Dutch RDW to Tesla’s driver assistance system, allowing its use in Latvia in the vehicles and software specified in the approval. Latvia is now the 10th European country to permit the system, Reuters reported. The step is national recognition of a temporary approval and does not amount to unified authorization for the system across the European Union. In Europe, the system is called “Tesla Assisted Driving” and is classified as a Level 2 driver assistance system. Drivers remain responsible for driving and must stay in control and be ready to take over at any time.
The RDW said the system underwent extensive inspection and testing on its test tracks and public roads for more than a year and a half before approval was granted. In its explanation of the certification, the agency said its own tests exceeded 3,000 hours and included more than 1,000 trials; it also used data from 1.8 million kilometers driven by cars equipped with the system in Europe. The RDW concluded that the system meets applicable requirements and granted it European approval for use in the Netherlands. This provides the technical basis for the approval Latvia recognized, while its scope remains tied to the vehicles and software it covers. The certification does not change the system’s status as an assistance feature that requires driver supervision.
Latvia’s Road Traffic Safety Directorate said its review covered changes to the system, including lowering the maximum permitted speeding threshold, resetting after each trip the speeding limit manually selected by the driver, and strengthening driver monitoring. These requirements matter in a country where weather and maintenance can change road conditions. The agency warned that snow, mud and road salt can interfere with the system’s operation. Its performance may also be incomplete on gravel roads. In some cases, the system may abruptly return control to the driver, requiring continued attention and ruling out treating it as a substitute for human driving.
Latvia’s approval comes as debate continues over broader authorization at European Union level. Reuters reported that a meeting of the Technical Committee on Motor Vehicles on 6 October set aside 25 minutes to continue discussing the application and did not put it to a vote. At the time, the next apparent opportunity for a decision on the meeting schedule was in December. Approval across the bloc requires a qualified majority of 15 of the 27 countries, with supporting countries representing 65% of the EU population. Latvia’s approval alone therefore does not settle the broader European authorization process, which depends on member states’ positions and the required vote.
Tesla’s interest in European approval is tied to its efforts to boost sales and regain market share amid growing competition from Chinese electric vehicle makers, Reuters reported. Vehicle registration data provides context on the market’s size but does not establish a direct link between the approval and demand or the company’s share performance. New passenger car registrations in the European Union rose 5.7% in the first nine months of 2026, and the European Automobile Manufacturers’ Association said the market showed resilience despite rising energy prices and geopolitical challenges. Fully electric cars accounted for 22.7% of registrations over the same period, compared with 16.1% a year earlier. Hybrid electric cars were the most popular choice, with a 36.3% share, compared with 10.1% for plug-in hybrids.
Separate from the approval, Tesla shares closed at $372.22 on 23 October 2026, according to EL7 data. Prices at the session high and low are not available in the approved data used here, so the trading context is limited to the closing price. The data also does not establish a relationship between that close and Latvia’s recognition or car registrations in the European Union. In the broader European market, a Reuters report described a real-world test in Slovakia that showed the system’s limits: a driver had to brake in front of a closed barrier, then took over after the car failed to head toward an open charging space. Driver Igor Marčík said the technology was still evolving and that using it required vigilance and attention to what the car was doing.