Elon Musk’s electric-vehicle maker has turned the deployment of its Full Self-Driving (FSD) Supervised system into a European diplomatic campaign. By arguing that every day of delay costs lives, Tesla has marshaled its social-media platform, its customer base and a network of lobbyists to win a rapid green light from the bloc’s safety bodies.
The push has not been limited to public statements. Internal correspondence obtained by a recent investigation reveals that Tesla contacted the Dutch vehicle authority, the RDW on several occasions asking that the scope and cost of its review be trimmed. One email chain shows the company disputing a €365,000 invoice for five months of testing and, a week later, an RDW employee inviting Tesla to suggest ways to “adjust or reduce” the effort required. The regulator later offered to monitor certain tests remotely and to bill the firm for fewer staff hours.
Regulatory friction and the role of the Dutch authority
The RDW, which approved the system in April after more than 18 months of testing, insists that negotiations with manufacturers are routine and do not threaten its independence. Nonetheless, the exchange raises a structural question: can a safety agency remain fully impartial when the applicant is directly involved in shaping the depth of the audit?
Beyond the Netherlands, a handful of other EU members have already granted permission for the supervised version of FSD. Approvals have been issued in Belgium, Denmark, Estonia, Lithuania, the Czech Republic, Slovenia and Croatia. France and Norway have adopted a more cautious stance, while Germany appears ready to champion an EU-wide endorsement, even encouraging the system to be renamed “Tesla Assisted Driving” to emphasize driver responsibility.
Scientific scrutiny and the evidence gap
Seven traffic-safety scholars, none of whom are tied to Tesla, evaluated the data the company presented to European regulators. Their assessment found no peer-reviewed study proving that the supervised system reduces fatal crashes compared with a human driver. Instead, Tesla relied on indirect indicators such as horn usage, abrupt acceleration or deceleration, limited turn-signal activation and emergency-brake events. The researchers argued that these surrogate metrics are poor predictors of real-world risk and do not demonstrate that FSD prevents deaths.
Tesla’s own numbers claim roughly 1,5 million global subscribers to the FSD package, and the firm has publicised a broader dataset covering over 100 million kilometres of European driving, asserting a collision rate 4.1 times lower than in manually driven Teslas. Independent experts, however, warned that such figures lack the statistical rigor required for a safety certification and that the sample of FSD kilometres tested is minuscule when compared with the hundreds of millions of kilometres logged by conventional Tesla drivers.
Public pressure from the brand’s fan base
In addition to formal lobbying, Tesla has enlisted its enthusiastic customer community. Emails sent to officials in Sweden and Norway – reported by the investigation – contained messages that warned regulators they could be held accountable for any deaths that might occur if the technology were not approved. The tone of these missives underscores a strategy that blends technical advocacy with direct public pressure.
European rollout and the upcoming EU decision
For the system to become available across the entire European Union, a qualified majority is required: at least 55 % of member states representing 65 % of the EU population must vote in favour. The vote, originally slated for October, has been postponed, with December now seen as the most likely window. Germany’s transport minister, Steffen Bilger, has publicly voiced support for a swift EU-wide approval, reiterating that drivers must remain “100 percent responsible” while using the assisted-driving features.
Should the EU sanction the supervised system, Tesla would gain a foothold in a market that could generate substantial subscription revenue. Yet the pending decision also forces regulators to balance the allure of technological innovation against the obligation to protect road users, especially in the absence of conclusive, peer-reviewed safety evidence.
