Dubbed the “Tesla Ride” program, the initiative aims to bring supervised Full Self-Driving demos and Grok AI-guided experiences to consumers in real world trips. 

How Tesla Ride Works

As per the official Tesla Ride website, the session will allow participants to sit in the driver’s seat while a Tesla Advisor rides shotgun as co-pilot. The Tesla Advisor then guides riders through the company’s latest supervised FSD features, comfort settings, and in-car entertainment. Participants would also be able to interact with Grok AI in the vehicles. Grok will be capable of answering questions during the ride, and it will even tell stories along the way.

Tesla noted, however, that Tesla Ride sessions are capped at 45 minutes each, and it requires participants to have a valid driver’s license and insurance. Interested participants are also advised to call beforehand so they can schedule their Tesla Rides.

Marketing push and reach

The Tesla Ride program runs across several markets from October into November, and in some locations into the end of December 2025. Participating states are numerous, from Michigan to Virginia to Illiois, Nevada, and California, among others. A look at the official webpage for Tesla Ride shows that the company is still taking a very cautious approach with the program, with disclaimers clearly stating that FSD Supervised does not make Teslas autonomous just yet.

Tesla’s focus on safety with FSD was highlighted recently by Senior Vice President for Automotive Tom Zhu. “Elon said it in 2021: “For self-driving, even if the road is painted completely wrong and a UFO lands in the middle of the road, the car still cannot crash and still needs to do the right thing. 

“The prime directive for the autopilot system is: Don’t crash. That really overrides everything. No matter what the lines say or how the road is done, the thing that needs to happen is minimizing the probability of impact while getting you to your destination conveniently and comfortably,” the executive stated.

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As per the official, Tesla’s Full Self-Driving system could be enabled in Israel in the near future.

Israeli drivers are pushing for FSD rollout

While Tesla’s FSD is already operational in markets like the U.S., Canada, and Australia, Israeli owners have long been unable to use the feature due to regulatory barriers. Despite its premium price tag, however, numerous Tesla owners in Israel have noted that the technology’s safety benefits, at least when approved for real-world use in the country, justify its cost. 

It was then no surprise that nearly 1,000 Tesla owners in Israel have already petitioned the government to greenlight FSD’s domestic release in Israel. In a post on X, Regev seemed to confirm that FSD is indeed coming to Israel. “I’ve received the many referrals from Tesla drivers in Israel! Tesla drivers? Soon you won’t need to hold the steering wheel,” she wrote in her post.

FSD’s regulatory support in Israel

Regev stated that her Ministry views promoting innovative technologies as essential to improving both road safety and smart mobility. A working group led by Moshe Ben-Zaken, Director General of the Ministry of Transportation has reportedly been tasked to finalize the approval process, coordinating with regulatory and safety agencies to ensure compliance with international standards.

In a comment to Geektime, Israel’s Ministry of Transportation and Road Safety noted that Regev is indeed supporting the release of FSD in the country. “Minister Regev sees great importance in promoting innovative technologies, and in particular in the entry of advanced driving systems (FSD) into the Israeli market, as part of the ministry’s policy to encourage innovation, safety, and smart transportation,” the Ministry stated.

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The impact sent hot glass fragments flying through the cabin as the vehicle continued driving without human input through the darkness. Experts have noted that if confirmed, this could be the world’s first recorded meteorite collision involving a Tesla.

The Tesla owner was enjoying a quiet drive home when they hit the king of edge cases

Veterinarian Dr. Andrew Melville-Smith and his wife were traveling north on Augusta Highway on the night of October 19 when a sudden blast struck their newly delivered Model Y. At the time, it was clear, pitch black night, and Dr. Melville-Smith and his wife were just listening to a podcast while FSD was operating the vehicle, as noted in a Yahoo News report. 

Suddenly, something hit the Tesla’s windshield. “Then there was, (what) I can only describe as a very, very violent explosion. The whole inside of the car was literally blasted with glass fragments. It was full of white smoke, and it smelled like the car was on fire,” Dr. Melville-Smith stated. 

The vet stated that he and his wife were stunned for a good 10 seconds, and for a bit, he and his wife thought they had crashed. Images of the crash’s aftermath showed a massive crack on the Tesla’s windshield, which Dr. Melville-Smith noted was hot to the touch. The object that hit the Tesla’s windshield was so hot that part of the vehicle’s windshield was partly melted. 

FSD kept driving despite the possible meteorite strike

Thankfully, the Tesla was operating with its FSD (Supervised) system engaged at the time. Thus, despite the vehicle being hit by what might be a literal meteorite, and despite Dr. Melville-Smith and his wife being stunned because of the impact, their Tesla just kept driving steadily. 

“I thought we’d had an accident, but then I looked at the screen and went ‘Oh, we’re still driving. We were moving around, so it obviously thought we were paying attention, and it was happy to keep driving to Port Augusta. After we pulled over, we saw the big crater in the windscreen,” the vet said. 

The South Australian Museum is now examining the case, with geologist Dr. Kieran Meaney stating the scorched glass and heat damage do suggest a potential meteorite strike. “The little detail that’s really selling it for me at the moment is that whatever it was that hit the windscreen seems to have been very hot,” Meaney explained. However, the object has yet to be recovered.

Check out a video of the remarkable edge case below.

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The CEO shared his forecast in a post on social media platform X.

Tesla’s aims to scale autonomy

Musk’s comment came as a response to industry watcher Sawyer Merritt, who posted a comparison between the geofence of Tesla’s Robotaxi network and Waymo’s service area. As can be seen in the graphic, Tesla’s Austin geofence has gotten noticeably larger compared to Waymo’s service area. 

In his response, Musk stated that “Tesla autonomous driving might spread faster than any technology ever.” He also stated that “hardware foundations have been laid for such a long time,” as a software update could unlock full autonomy “for millions of pre-existing cars in a short period of time.”

Musk’s comment bodes well for Tesla’s Robotaxi ambitions, which seem to be finally in reach with the deployment of Unsupervised FSD in vehicle factories, as well as Austin and the Bay Area. For now, however, Tesla’s Austin Robotaxis and Bay Area ride-hailing vehicles are still operated with a safety monitor in the driver’s seat. 

Tesla’s latest Austin expansion

Tesla recently expanded its Austin Robotaxi service area this week to 243 square miles, its largest yet and nearly triple the coverage from two months ago. The move outpaces Waymo’s local service footprint, which remains at around 90 square miles.

The expansion marks Tesla’s second major Austin update since August and emphasizes its push to dominate the autonomous ride-hailing landscape. With both Tesla and Waymo racing to prove scale and reliability, Musk’s confidence suggests the real contest may be about who can move fastest once the tech flips on across Tesla’s fleet. Once that happens, Tesla would effectively be able to win the self-driving race. 

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How Tesla’s end-to-end system differs from competitors

As per Elluswamy’s post, most other autonomous driving companies rely on modular, sensor-heavy systems that separate perception, planning, and control. In contrast, Tesla’s approach, the VP stated, links all of these together into one continuously trained neural network. “The gradients flow all the way from controls to sensor inputs, thus optimizing the entire network holistically,” he explained.

He noted that the benefit of this architecture is scalability and alignment with human-like reasoning. Using examples from real-world driving, he said Tesla’s AI can learn subtle value judgments, such as deciding whether to drive around a puddle or briefly enter an empty oncoming lane. “Self-driving cars are constantly subject to mini-trolley problems,” Elluswamy wrote. “By training on human data, the robots learn values that are aligned with what humans value.”

This system, Elluswamy stressed, allows the AI to interpret nuanced intent, such as whether animals on the road intend to cross or stay put. These nuances are quite difficult to code manually.

Tackling scale, interpretability, and simulation

Elluswamy acknowledged that the challenges are immense. Tesla’s AI processes billions of “input tokens” from multiple cameras, navigation maps, and kinematic data. To handle that scale, the company’s global fleet provides what he called a “Niagara Falls of data,” generating the equivalent of 500 years of driving every day. Sophisticated data pipelines then curate the most valuable training samples.

Tesla built tools to make its network interpretable and testable. The company’s Generative Gaussian Splatting method can reconstruct 3D scenes in milliseconds and model dynamic objects without complex setup. Apart from this, Tesla’s neural world simulator allows engineers to safely test new driving models in realistic virtual environments, generating high-resolution, causal responses in real time.

Elluswamy concluded that this same architecture will eventually extend to Optimus, Tesla’s humanoid robot. “The work done here will tremendously benefit all of humanity,” he said, calling Tesla “the best place to work on AI on the planet currently.”

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Tesla FSD tests in Sweden

FSD has already been deployed in numerous territories such as the United States, China, and Australia. However, the system is yet to be released in Europe. As per a recent report from Värmlands Folkblad, Tesla has sent a request for FSD testing to the capital of Värmland, Karlstad. As noted in a CarUp report, Tesla is already testing FSD on motorways after the company secured permission from the Swedish Transport Agency. 

The Municipality of Karlstad has reportedly not issued a decision regarding Tesla’s request yet, though lawmakers seem open to the idea of FSD being tested on public roads. In a comment to VF, municipal councilor Linda Larsson stated that FSD tests in Karlstad “sounds interesting.” Tesla’s FSD tests, if they are approved, will still use safety drivers behind the wheel who will be ready to intervene at any time. 

Tesla pledges to work with the municipality

In its request, Tesla noted that Karlstad is an interesting municipality in which to conduct its tests. The company also stated that it would conduct its operations and tests in close collaboration with the municipality, as well as local entities. Considering the municipal councilor’s comments, it does appear that Tesla might have a solid chance at attaining permission to test FSD on Karlstad’s roads. 

Tesla’s success for FSD tests in Sweden has been mixed. A few months ago, reports emerged stating that the company’s request to test FSD in Stockholm had been rejected by the Swedish Traffic Department. 

“The Traffic Office is currently working on updating its approach to automation. At the same time, the city and the office are under heavy pressure from other ongoing innovation tests. Our ambition is to actively participate in and learn from the continued development in the field of automation. 

“Based on this, and in combination with the fact that the current test is the first of its kind, which entails certain risks for both infrastructure and third parties, and that it is planned to be carried out throughout the city, the City of Stockholm considers it is currently not possible to approve the implementation of the test,” the Swedish Traffic Department stated.

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FSD V14.1.2 earns strong praise from testers

Musk’s comment came as a response to Tesla owner and longtime FSD tester AI DRIVR, who noted that it might be time to release Full Self-Driving to the fleet because V14.1.2 has already become very refined.

“95% of the indecisive lane changes and braking have been fixed in FSD 14.1.2. I haven’t touched my steering wheel in two days. I think it’s time, Tesla AI,” the longtime FSD tester wrote. 

AI DRIVR’s comment received quite a bit of support from fellow Tesla drivers, some of whom noted that the improvements that were implemented in V14.1.2 are substantial. Others also agreed that it’s time for FSD to see a wide release.

In his reply to the FSD tester, CEO Elon Musk noted that FSD V14’s wide release would happen with V14.2. “14.2 for widespread use,” Musk wrote in his reply. 

Mad Max mode makes headlines

One of the key features that was introduced with FSD’s current iteration is Mad Max mode, which allows for higher speeds and more frequent lane changes than the previous “Hurry” mode. Videos and social media posts from FSD testers have shown the system deftly handling complex traffic, merging seamlessly, and maintaining an assertive but safe driving behavior with Mad Max mode engaged.

Tesla AI head Ashok Elluswamy recently noted in a post on X that Mad Max mode was built to handle congested daytime traffic, making it extremely useful for drivers who tend to find themselves in heavy roads during their daily commutes. With Musk now hinting that FSD V14.2 will go on wide release, it might only be a matter of time before the larger Tesla fleet gets to experience the notable improvements of FSD’s V14 update.

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This is, at least, as per recent reviews from domestic media outlets that have tried out the capabilities of FSD on real-world roads.

FSD gets recognition

FSD was recently reviewed by Japanese news outlet Nikkei, which experienced the system’s capabilities in Tokyo’s metropolitan area. As per the publication, FSD demonstrated excellent situational awareness and smooth control, at times even performing better than a human driver. FSD was also credited for properly reacting to sudden, unexpected things on the road.

As per the FSD review, for example, a bicyclist suddenly came barreling into a crosswalk at high speed from the Tesla’s blind spot. The vehicle recognized the cyclist immediately and responded in a safe and proper manner, prompting the reviewer to exclaim “Wow!” And when a vehicle ahead of the Tesla started backing up to perform a turnaround on a narrow street unexpectedly, FSD smoothly halted to avoid a collision. Overall, the reviewer noted that during the 30-minute drive, the Tesla Model 3 running FSD did not require a single intervention. 

FSD’s impending Japan rollout

FSD is not yet rolled out in Japan, but the country seems to be paving the way for FSD to be released in the country. Just recently, reports emerged stating that Japan’s Land, Infrastructure, Transport and Tourism Ministry has allowed artificial intelligence-powered vehicles to be retrofitted with a software update that could enable the activation of their self-driving features.

In a post on X, Tesla Board Member Hiro Mizuno noted that this decision is no small matter as it could pave the way for a smooth rollout of features like FSD to Tesla consumers in Japan. “The Ministry of Land, Infrastructure, Transport and Tourism’s decision to allow retrofitting of autonomous driving through software updates is significant. Currently, Tesla is the only manufacturer actively pursuing this… this decision will make it easier for all manufacturers to introduce autonomous driving in Japan,” the former Tesla Board member wrote in his post.

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It is then no surprise that the new capability is getting rave reviews from Tesla owners. 

Impressive tests

A look at posts on social media platform X would show that, similar to past FSD releases, numerous Tesla content creators immediately tested Mad Max mode on real-world streets after it was downloaded onto their vehicle. Considering that the update was released rather late, the first tests of Mad Max mode were done at night. Despite this, it was evident that Tesla worked very hard to make Mad Max mode into something that is very useful in real-world scenarios.

This could be seen in videos from longtime Tesla owner @BLKMDL3, who observed that Max Max mode was “amazing” and like “perfect for LA traffic” due to its cautious but assertive nature. Later on, the Tesla owner noted that after eight drives, it was evident that FSD (Supervised) V14.1.2 was impressive. 

Assertive but safe

Other testers such as Model Y owner Sawyer Merritt noted that Mad Max mode drives very quickly and confidently, with smoother acceleration that is still very safe. These were echoed by another longtime FSD tester, Dirty Tesla, who noted that Mad Max mode seems to be designed for heavy, aggressive traffic so users could fit in better. The FSD user did, however, observe that Mad Max mode does speed up a lot on open roads. 

Recent comments from Tesla AI Head Ashok Elluswamy have indicated that Mad Max mode was created to be a solution for daytime congested traffic, which is arguably one of the most soul-crushing experiences that drivers deal with on a daily basis. With this in mind, it does appear that FSD (Supervised) V14.1.2 could prove to be a notable step forward in Tesla’s push towards true autonomous driving.

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As per the Tesla executive, FSD’s Mad Max mode is designed to provide drivers with optimum driving performance during what are commonly the most tedious driving conditions on real-world roads.

Where Mad Max mode truly shines

Tesla drivers and longtime FSD users responded positively to the rollout of Mad Max mode. The performance of the update was so notable that @WholeMarsBlog, a longtime FSD tester, described it as epic. The FSD tester’s comments were posted on X as videos of Mad Max mode’s real-world performance were being shared online.

In response to the Tesla owner and longtime FSD tester, Elluswamy noted that drivers would probably love Mad Max mode even more during daytime hours, when traffic is denser. “You’ll love it more during day time / denser traffic. Really showcases its decision making,” the Tesla executive wrote in his post.

The release notes of Tesla’s v14.1.2 FSD update indicate that Mad Max mode “comes with higher speeds and more frequent lane changes than Hurry.” Videos shared online showed that Mad Max mode, despite its assertive driving style, is still a very cautious and safe driver, similar to past FSD releases.

Made for real-world traffic and long commutes

Traffic congestion typically peaks during daytime hours, when drivers could at times spend hours navigating crowded intersections and fast-changing lanes. For many Tesla owners, having an FSD mode that can confidently manage that chaos could be a game-changer.

Simply put, the feature’s extra assertiveness could allow Mad Max mode to excel in the kind of traffic that tests even the most patient drivers. By improving decision-making in those conditions, the company may be positioning FSD as a true solution for the everyday stress of stop-and-go commutes, packed freeways, and unpredictable city driving.

The “Mad Max” name itself isn’t new. Elon Musk first teased it back in 2018 as a playful nod to aggressive freeway driving. Its reappearance in Tesla’s modern FSD system, however, hints at the notable maturation of Tesla’s autonomous driving efforts over the years.

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