April 10, 2026
By Karan Singh
Tesla’s official Europe and Middle East account on X has just announced that FSD (Supervised) has officially been approved in the Netherlands and will begin rolling out to customers in the country shortly.
De toekomst van mobiliteit is aangebroken
FSD Supervised has been approved in the Netherlands 🇳🇱 & will begin rolling out in the country shortly!
Trained on billions of kilometers of real-world driving data, it can drive you almost anywhere under your supervision – from… pic.twitter.com/M5Vv02YHUE
— Tesla Europe, Middle East & Africa (@teslaeurope) April 10, 2026
This marks a monumental regulatory victory for the automaker and potentially is the beginning of a much wider rollout across the continent.
Update: The Dutch Vehicle Authority, the RDW, has issued a statement on the type approval of FSD in the Netherlands.
The Future of Mobility Arrives in Europe
The announcement began with the Dutch phrase “De toekomst van mobiliteit is aangebroken,” which translates to “The future of mobility has arrived.”
For years, Tesla owners across Europe have been restricted to vastly scaled-back Autopilot features due to strict United Nations Economic Commission for Europe (UNECE) regulations governing advanced driver assistance systems. Breaking through that regulatory red tape is a massive milestone.
Bringing True Autonomy to Europe
As noted in the announcement, the Dutch rollout will bring the true FSD Supervised experience to the country. Powered by end-to-end neural networks trained on billions of kilometers of real-world driving data, FSD is capable of navigating complex city streets, residential areas, roundabouts, and highways.
While the driver must remain fully attentive and ready to take over at any moment, the localized FSD build will allow Dutch drivers to experience the same advanced routing and decision-making capabilities that North American owners have been testing for years. Highlighting the competitive advantage of this rollout, Tesla confidently stated in the post that “no other vehicle can do this.”
The First Domino to Fall
The approval in the Netherlands could serve as the crucial first domino for a broader European expansion. The European Union has notoriously been one of the toughest regulatory environments for Tesla’s autonomy team to crack, requiring extensive localization and validation testing.
Achieving full approval in the Netherlands proves that Tesla’s vision-based approach can satisfy strict European safety regulators. The official X account ended the announcement on an incredibly optimistic note, stating that Tesla is excited to bring FSD Supervised to more European countries soon.
Rollout Details
While an exact launch date was not provided, the initial wave of the rollout will likely target vehicles equipped with Tesla’s latest AI4 hardware. These early adopters are expected to receive a localized version of FSD v14.2, as this was the specific build utilized during the regulatory testing phase, rather than the newly released to early access v14.3.
Owners with older HW3 vehicles are expected to not be included in the initial release, but could eventually receive the software via Tesla’s specialized v14-Lite architecture.
European drivers can expect several unique Europe-specific UI features, including tailored on-screen visualizations designed to comply with strict local display and safety regulations.
Subscribe to our newsletter to stay up to date on the latest Tesla news, upcoming features and software updates.
April 10, 2026
By Nehal Malik
Tesla is teaching its vehicles to better understand who exactly is sitting behind the wheel. In a fascinating discovery hidden within the latest software code, it appears that Tesla’s cabin cameras are now being trained to estimate a driver’s age.
The find was shared by well-known Tesla hacker @greentheonly, who frequently digs into the car’s backend to see what features are being developed behind the scenes. According to Green, software update 2026.8.6 introduced this new capability.
More Than Just a Selfie Camera
While the 2026.8.6 release notes focus on public-facing additions like anti-dooring warnings for the Cybertruck and Comfort Braking for the refreshed Model Y, the age-checking code hints at a much smarter driver monitoring system. Tesla hasn’t activated any specific user features based on this data yet, but the potential applications for safety and security are massive.
For instance, Tesla could use age recognition as a secondary lock to prevent underage drivers from shifting the car into drive or activating Full Self-Driving (Supervised). It could also allow the car to tailor its driving style; FSD could theoretically choose to drive more conservatively if it detects an elderly driver who may prefer smoother transitions and more cautious lane changes.
Enforcing the Robotaxi Rules
This technology could be particularly vital for the upcoming Cybercab. Tesla’s specialized robotaxi features an even larger cabin camera than the current consumer lineup, and the company has already established minimum age requirements for riders using the Robotaxi network. Without a human driver to check IDs, an automated age-verification system would be the only way to ensure that young children aren’t hailing autonomous rides without adult supervision.
Beyond age, this type of biometric monitoring could eventually evolve into a “health check.” Future iterations of the cabin camera might detect if a driver is having a medical emergency based on facial cues or posture, allowing the car to autonomously pull over and call for help. It could also be used to automatically apply parental controls, such as limiting top speed or acceleration when a teenager is detected in the driver’s seat.
A New Era of Biometric Safety
As Tesla moves toward a future where the car is more of a living space than a machine, understanding the occupant’s profile becomes essential. Whether it’s adjusting the driver monitoring sensitivity based on risk factors associated with different age groups or simply ensuring the right person is in the right seat, biometric data is the next frontier.
While some might find the idea of their car “guessing” their age a bit intrusive, the safety benefits of preventing unauthorized use or optimizing FSD for different demographics are hard to ignore. As Tesla continues to iterate on FSD with v14 and v15, we expect this “driver age” checking to move out of the code and into the official release notes.
April 10, 2026
By Nehal Malik
Tesla is finally ready to move the needle on its most ambitious heavy-duty project. After years of development and limited pilot runs, the automaker has provided an exclusive first look inside its dedicated Semi factory in Sparks, Nevada. This massive facility is situated just down the road from Gigafactory Nevada and is being specifically engineered for high-volume mass production.
A new walkthrough from the YouTube channel Core Memory offers our first detailed glimpse into the “machine that builds the machine” for the electric Class 8 truck. Semi Program Director Dan Priestley guided the tour, highlighting how the factory was designed to produce thousands of trucks in the “minimum viable space” using hundreds of robots and a massive overhead conveyance loop.
Inside the Semi Factory
One of the most impressive technical feats in the new plant is the overhead carrier system. These carriers are among the largest of their kind in the world, capable of moving sub-assemblies weighing well over 10,000 pounds. As the truck moves through the line, the system automatically adjusts the height of the vehicle so that technicians can work at the perfect ergonomic level.
Priestley also demonstrated the “battery marriage” process, where three cube-shaped battery packs are fastened into the frame. Unlike the “pancake” style packs found in Tesla’s passenger cars, the Semi’s packs are cubic and structural, designed to retain heat better in cold weather and endure over one million miles of operation. The facility also features a massive “light tunnel” for final quality checks, which is scaled up specifically to handle the Semi’s height and width.
Redesigned for Mass Production
The Semi being built in Nevada is a significant evolution from the early prototypes. The refreshed design Tesla unveiled last fall includes major engineering breakthroughs like a fully electric steering assist system and a 48-volt low-voltage architecture borrowed from the Cybertruck. The truck even uses Cybertruck-derived steering actuators and 4680 battery cells to improve manufacturing efficiency.
Tesla is also focusing on fleet versatility. The truck comes in two primary versions: a 325-mile Standard Range and a 500-mile Long Range. While both trucks look similar, the Standard Range model features a shorter wheelbase, making it lighter and more maneuverable. For operators, the Semi now includes a modified version of Powershare to power refrigerated trailers directly, eliminating the need for separate diesel-powered generators.
Scaling the Future of Freight
Tesla’s ultimate goal with this factory is to reach a production capacity of 50,000 Semi units annually. To support these ambitions, the company is building a dedicated Megacharger network capable of delivering up to 1.2 megawatts of power. These stations can recover 60% of the truck’s battery in just 30 minutes, keeping fleet turnaround times competitive with diesel.
As the factory prepares to exit its “prepping for start of production” phase and kick off mass production, the focus shifts to convincing the logistics industry. With lower maintenance costs, regenerative braking for safety on steep grades, and a center-seating cockpit with 10 exterior cameras, the Semi is positioned to be a game-changer. Priestley said in the video, which was shot last month, that the factory is “on the cusp of starting to produce first assemblies off these lines,” with Tesla planning to begin mass production in earnest later this year.