Mywheels.nl
A Dutch car-sharing company put Europe’s first FSD-equipped Tesla into a shared consumer fleet yesterday, making supervised autonomous driving bookable by the hour for anyone with a Dutch driver’s license — and launching an experiment in how non-owners actually behave behind the wheel of a self-driving car.
MyWheels, which operates nearly 3,000 electric shared vehicles in the Netherlands, activated its inaugural FSD-equipped Tesla Model 3 in ‘s-Hertogenbosch (Den Bosch) on August 27, 2026, according to a press release from parent company The Sharing Group. The MyWheels launch in Den Bosch made the operator the first car-sharing company in Europe to offer Tesla Full Self-Driving (Supervised) as a consumer product — a development that follows the Dutch Vehicle Authority’s April 2026 regulatory approval of the system, which itself came after more than 18 months of testing on dedicated tracks and public roads.
What MyWheels Is Actually Testing
The launch is being sold as a consumer novelty, but MyWheels CEO Laurens van de Vijver framed it plainly as a data-gathering exercise with commercial stakes. The company intends to use the first FSD-equipped vehicles primarily to study two things: how customers handle the technology, and what effect it has on damage claims.
That second goal matters a great deal to a fleet operator. A shared car changes hands dozens of times a week. Unlike a private Tesla owner who becomes familiar with FSD over months and thousands of miles, a car-share user may encounter the system for the first time on a rainy Tuesday. If FSD reduces at-fault incidents — even marginally — the economics of a 3,000-vehicle fleet shift significantly. If it increases them, the experiment ends and the Teslas go back to standard mode.
For now, only a small group of test users can access the FSD-equipped vehicles. Each must complete a brief instructional course before their first rental. Renters who engage FSD remain legally responsible for the vehicle at all times — a requirement the Dutch regulator stressed in its April approval documentation.
Van de Vijver expects to scale the FSD fleet to at least 50 Tesla vehicles by the end of 2026. His longer-term vision is more radical: a shared car ordered through an app that drives itself to the customer’s door, completes the trip, then continues autonomously to the next user — eliminating the dead time that makes fleet utilization the central economic variable in the business. He rejected the estimate that fully driverless shared mobility remains a decade away.
“If people tell me this will still take 10 years, I don’t believe that,” van de Vijver told NL Times. “I really suspect that we will see this within five years.”
How the Dutch Regulatory Approval Made This Possible
The regulatory journey that enabled this launch was the longest step. The Dutch Vehicle Authority (RDW) spent more than 18 months testing Tesla’s FSD Supervised software before granting approval on April 10, 2026, under UN Regulation 171 — the international framework governing Driver Control Assistance Systems (DCAS) for SAE Level 2 driver assistance. The FSD Supervised approved in Netherlands milestone followed a testing program that included over 1.6 million kilometers of driving on EU roads.
UN Regulation 171, which entered into force in September 2024 under the UN Regulation 171 DCAS framework, establishes uniform safety standards for systems that simultaneously control both steering and speed — the core function that distinguishes Level 2 from simpler adaptive cruise or lane-keeping systems. A vehicle approved under the regulation must include driver monitoring (typically eye-tracking cameras), a layered sequence of escalating attention alerts, and specific disengagement protocols that return control to the driver.
The version Tesla received approval for — FSD 14.2.2.5, initially delivered via software version 2026.3.6 — differs from the current North American release. Tesla pushed the update to Dutch HW4-equipped owners within 48 hours of regulatory clearance, a deployment speed that would have been impossible under traditional vehicle type-approval timelines without over-the-air software delivery infrastructure.
One feature unique to the European build: after every trip, FSD grades drivers on their attentiveness. Owners must also complete a mandatory tutorial and quiz before the feature activates. The RDW has characterized the system as providing a safety benefit; it also shifted its monitoring of Tesla’s compliance from an annual reporting schedule to monthly RDW compliance reporting after granting approval — treating the live deployment as an ongoing safety study rather than a one-time certification.
Can Anyone in Europe Try This? The Approval Map So Far
The Netherlands was never intended to be the only story. EU mutual recognition rules allow other member states to accept the RDW’s certification without running their own full approval process, and Tesla moved quickly on this pathway.
By mid-June 2026, FSD Supervised had received national regulatory approval in five European countries: the Netherlands (April 10), Lithuania (May 20), Estonia (May 29), Denmark (June 9), and Belgium (June 11). Cross-border FSD operation between those approved countries became possible with software version 14.2.2.6 and firmware 2026.17.5. A formal European Commission vote — which would require at least 55% of EU member states representing at least 65% of the EU population — remains pending, and would produce full EU-wide harmonization.
Tesla had publicly targeted a broader rollout across Germany, France, Spain, and Italy by summer 2026; that timeline is behind schedule. For now, the MyWheels deployment at Den Bosch is the only place in Europe where someone without a Tesla can get behind the wheel and switch FSD on.
What the Technology Does and Does Not Do
Despite the “Full Self-Driving” brand name, the system is an SAE Level 2 driver-assistance system: the driver is legally responsible for what the vehicle does, including during any period when FSD is engaged. The car can steer, accelerate, and brake, but the driver is expected to monitor the road continuously and intervene if necessary.
What makes the AI4 (Hardware 4) onboard computer — required for this European build — different from its predecessor is both scope and architecture. A hardware teardown confirmed 20 CPU cores and 12 camera connectors (versus eight in the prior generation), plus purpose-built neural processing units (Tesla’s TRIP cores) designed specifically for real-time autonomous driving inference. Cameras were repositioned to the front fenders and windshield for improved coverage. The FSD 14.x software running on HW4-native neural architectures processes full-resolution video at substantially higher throughput than earlier versions.
The European build adds a layer the US version lacks: mandatory post-drive attentiveness scoring. That requirement reflects stricter regional driver monitoring standards under UN Regulation 171, and likely represents data the RDW wants to see in its monthly compliance reports.
One practical constraint European car-share renters should understand: FSD availability is currently restricted to newer Tesla vehicles equipped with the HW4/AI4 computer, which means the system is not available on older Teslas in the fleet. MyWheels has not disclosed which specific model years or variants its first 30-vehicle Den Bosch pilot includes.
Why a Non-Owner Fleet Tests the Technology Differently
A private Tesla owner who buys FSD acquires both the technology and a strong prior expectation: they paid for it, they know what it is, and they’ve probably watched hours of YouTube before their first trip. A car-share user who encounters FSD for the first time has none of that context.
This is not a small distinction. The path to full vehicle autonomy — Level 3 and beyond — depends on accumulating training data from a wide variety of drivers, road conditions, and edge cases. A shared fleet in a dense Dutch city, driven by thousands of different users weekly, generates that diversity faster than any private owner could. The MyWheels deployment thus functions as the first broad-population test of how European non-Tesla-owners interact with supervised autonomy, with the operator collecting attentiveness and incident data directly.
MyWheels has a precedent for this kind of early deployment. The company was among the first operators in Europe to deploy Vehicle-to-Grid (V2G) technology — enabling its electric shared cars to return energy to local electricity grids during peak demand — as a pilot in Utrecht and subsequently Eindhoven. The FSD rollout follows the same pattern: a small controlled deployment built on a regulatory achievement, with commercial scaling contingent on what the data shows.
Europe’s Broader Autonomous Vehicle Moment
The MyWheels launch sits within a broader week of autonomous vehicle news across the continent. Uber has begun offering bookable autonomous rides in Zagreb, though a supervisor remains behind the wheel. Waymo continues its testing program in London with a target of eventually operating without a driver. These Uber and Waymo deployments represent different regulatory and technological approaches — all converging on the same question: which model of supervised-then-unsupervised autonomy will prove commercially viable first?
For Tesla, the European stakes are clear. The company told investors during its first-quarter 2026 earnings call that it has roughly 1.3 million paying FSD subscribers globally, against a long-term target of 10 million active subscriptions by 2035 — a milestone tied to CEO Elon Musk’s compensation package. Europe, with more than 450 million people in countries where FSD now has regulatory approval, represents the largest available expansion market for that subscriber count.
What Renters Should Know Before Switching It On
For prospective MyWheels renters in Den Bosch, the practical checklist is short. Confirm the vehicle you book is one of the FSD-equipped Teslas. Complete the mandatory instructional module before your first rental. Understand that FSD is engaged at your discretion but that legal responsibility for the vehicle rests entirely with you. Watch for the eye-tracking camera and the attentiveness alerts — the system will escalate warnings if your gaze leaves the road.
The Tesla FSD subscription costs €99 per month (approximately $114 USD) for new subscribers; MyWheels has not published a separate rental premium for FSD-equipped vehicles specifically. The prior option to purchase FSD outright — which was priced at €7,500 (approximately $8,625 USD) — was discontinued by Tesla in Europe as of May 2026, when the company moved to a subscription-only model for new access.
The broader experiment — whether a car-share operator can run a financially viable autonomous-assisted fleet while also running a human-factor study — will take months to answer. The first data point landed yesterday in Den Bosch.
Frequently Asked QuestionsIs Tesla FSD actually self-driving? Can the car drive itself while I sit back?
No. Despite the name, Full Self-Driving (Supervised) is an SAE Level 2 driver-assistance system. The car can handle steering, acceleration, and braking simultaneously, but the driver is legally responsible for everything that happens. Eye-tracking cameras monitor whether you are looking at the road, and escalating alerts fire if your attention drifts. In the Netherlands, EU regulations and RDW approval under UN Regulation 171 require this continuous attentiveness — and the European version of FSD grades your attentiveness after every trip.
Which European countries have approved Tesla FSD, and can I use it across borders?
Five countries had approved FSD Supervised as of August 2026: the Netherlands (April 10), Lithuania (May 20), Estonia (May 29), Denmark (June 9), and Belgium (June 11). Cross-border operation between those countries became possible with Tesla software version 14.2.2.6 and firmware 2026.17.5. A European Commission vote for EU-wide harmonization remains pending. Germany, France, Spain, and Italy — Tesla’s original summer 2026 targets — have not yet approved.
Why does a car-sharing context test autonomous technology differently than private ownership?
A car-share fleet exposes FSD to a far wider range of drivers, attentiveness levels, and driving styles than any individual owner could. MyWheels has explicitly stated it intends to track how its users interact with the technology and what effect it has on damage claims. That population-level data — drawn from drivers who did not choose to buy a Tesla, did not pay for FSD, and may have little prior experience with autonomous systems — is exactly the kind of human-factor evidence that is currently missing from the global autonomous vehicle research record.
What happens when Tesla pushes a software update that changes how FSD works? Does the RDW have to re-approve?
This is the live question in European autonomous vehicle regulation. The RDW approved a specific software version (2026.3.6 / FSD 14.2.2.5) and shifted to monthly compliance monitoring — rather than the standard annual review — to track how the system evolves in deployment. Whether future OTA updates require fresh regulatory review or fall within the existing approval envelope is a question the RDW and Tesla are working through in real time, and the answer will have implications for every other advanced driver-assistance system seeking European approval under UN Regulation 171.