125 stories tagged autonomous-driving on EV Digest.
Hyundai is pushing back the introduction of its in-house developed Level 3 autonomous driving system, known as 'Atria', until 2029. The automaker stated it prioritizes delivering a truly advanced and safe product over rushing a less capable system to market. This delay signals Hyundai's commitment to robust development in the competitive self-driving space.
A recent ride in a Tesla Cybercab in Austin reportedly stretched a planned 10-minute journey into a 70-minute ordeal. The significant detour occurred because Tesla's robotaxis are currently programmed to avoid highways, forcing them onto lengthy surface street routes for what would otherwise be short freeway trips.
Tesla CEO Elon Musk's aggressive promotion of unsupervised Full Self-Driving (FSD) capabilities is drawing increased attention and raising further questions regarding the technology's readiness and safety. This renewed focus comes as the company continues its drive to advance its autonomous driving system, often highlighted through user-generated videos.
Tesla's Director of AI, Ashok Elluswamy, has provided a glimpse into the upcoming Full Self-Driving (FSD) v15 software update, expected to roll out later this year or early next. This next-generation neural network upgrade promises significant advancements for Tesla's autonomous driving capabilities, focusing on enhancing performance and reliability.
A Croatian startup, backed by EV powerhouse Rimac, has launched what it claims is Europe's inaugural fully autonomous robotaxi service. Operating initially in the capital of Zagreb, the service utilizes vehicles developed with a Chinese autonomous driving partner, marking a significant step for self-driving technology in the region.
Tesla has launched an online portal for prospective buyers to register their interest in owning a Cybercab, signaling an initial step towards commercial sales. This move follows the recent public debut of its autonomous ride-hailing service in Austin, as the automaker gears up for a broader robotaxi rollout.
Tesla's latest Full Self-Driving (FSD) software branches, v14.3.9 and v14.2 Lite, are now reaching customer vehicles, offering early users a glimpse into their real-world driving capabilities. This dual-branch release allows for simultaneous testing and feedback collection on different developmental paths for the advanced driver-assistance system.
Autonomous ride-hailing is expanding its reach, with Waymo's self-driving vehicles now integrated directly into the Lyft app for users in Nashville. This partnership allows passengers to easily book a Waymo robotaxi for their journey, marking a significant step in the wider adoption of driverless transportation.
Tesla owners dropping off their cars for service might soon receive a temporary robotaxi ride instead of a traditional loaner car or ride-sharing voucher. The automaker is reportedly exploring the use of its future autonomous Cybercab fleet to transport customers, leveraging its self-driving technology for service convenience. This move could integrate Tesla's robotaxi ambitions directly into its existing customer service operations.
Elon Musk has indicated that Tesla's autonomous 'Cybercab' service, recently launched for public rides in Austin, Texas, may soon be available in European cities. This move would mark a significant international expansion for Tesla's long-anticipated robotaxi program. While details remain scarce, it suggests Europe could be an early market for the self-driving ride-hailing venture.
Tesla's Full Self-Driving (Supervised) system receives a significant update with version 14.3.9, introducing key improvements to how the vehicle navigates complex scenarios. This latest release, part of the 2026.27.6 software, aims to deliver a smoother and more reliable autonomous driving experience for owners.
Despite Tesla's Cybercab design lacking traditional steering wheels or pedals, a passenger reportedly discovered a hidden virtual joystick interface on the vehicle's touchscreen. This unexpected feature suggests a manual override capability, allowing for finger-drag input to control the autonomous vehicle. It raises questions about the Cybercab's operational flexibility and the role of human intervention in its fully self-driving future.
Tesla's Full Self-Driving (FSD) Beta system was recently put to the test on the intricate and often congested streets of Aarhus, Denmark. The system demonstrated its capabilities navigating tight, cobblestone roads, alongside numerous cyclists and pedestrians, in an environment far removed from typical North American testing grounds.
Days after a limited debut in Austin, Texas, new questions are emerging regarding the details and scope of Tesla's anticipated Cybercab robotaxi service. The secretive nature of the rollout has left industry observers and the public seeking clarification on its operational specifics and future expansion plans.
Tesla is once again pitching its robotaxi network concept, inviting businesses to purchase and operate fleets of Cybercabs. This revival of a long-standing promise from Elon Musk suggests a path to passive income, but the profitability and feasibility of such a model remain highly contentious. Critics argue that if the robotaxi business were truly a goldmine, Tesla would likely keep the operational profits for itself rather than selling vehicles to third-party operators.
Tesla's Full Self-Driving (Supervised) system has received regulatory approval in Slovenia, making it the sixth European nation to permit the advanced driver-assistance feature on public streets. This development follows a two-month pause in new market approvals for FSD in Europe, signaling a potential expansion for Tesla's autonomy efforts across the continent.
New details reveal that Tesla's upcoming Cybercab robotaxi, while primarily designed for autonomous operation, will include on-screen manual steering controls. This feature offers a fail-safe, allowing human operators to maneuver the vehicle when autonomous driving is not feasible or desired.
Zoox, Amazon's autonomous driving subsidiary, has commenced public robotaxi testing operations in Houston, Texas. This marks the company's third public testing city, following Las Vegas and San Francisco, as it continues to advance its self-driving technology and service deployment.
Tesla's highly anticipated robotaxi service, dubbed Cybercab, has officially launched, offering a glimpse into the company's autonomous mobility strategy. Following its debut, several key facts have emerged, shedding light on how this new self-driving transport initiative is set to operate.
The National Highway Traffic Safety Administration (NHTSA) is closely monitoring Tesla's plans to deploy its Cybercab robotaxi service. This evaluation aims to ensure that the autonomous driving technology meets safety standards before widespread public operation, particularly in light of ongoing scrutiny over self-driving systems.
Tesla's highly anticipated Cybercab robotaxi service has officially launched in Austin, Texas, offering paid rides to the public. These distinctive two-seater autonomous vehicles are now navigating city streets, marking a significant step in the company's self-driving ambitions. The debut occurred after a launch event, though without the presence of CEO Elon Musk.
A recent video showcases a Tesla Cybercab prototype navigating Austin streets without a driver, steering wheel, or pedals. The unassisted journey demonstrates the company's progress in developing fully autonomous ride-hailing services for its future robotaxi network.
Tesla's latest Full Self-Driving (Supervised) software update introduces a new active safety measure: the system can now intervene to prevent collisions even when the driver is manually controlling the vehicle. This enhancement, part of FSD Supervised v14.3.9, represents a significant step towards more comprehensive preventative safety from the company's autonomous driving suite.
Tesla's highly anticipated Cybercab event, which was not livestreamed, offered an exclusive look at the advanced hardware underpinning its future autonomous robotaxi service. Engineers detailed the sophisticated technology designed to enable fully self-driving capabilities for the dedicated Cybercab fleet. This provides a glimpse into the company's vision for urban mobility and the technical advancements required to bring it to fruition.
Tesla's autonomous driving efforts are accelerating, with the company announcing its Robotaxi program has logged over one million unsupervised miles. This significant milestone indicates a rapid expansion, more than doubling the program's prior reported mileage in a short timeframe as Tesla moves away from human safety drivers.
Tesla has reportedly begun providing initial rides in its purpose-built 'Cybercab' robotaxis, which feature no steering wheel or pedals. This marks a significant step towards Elon Musk's long-held vision of fully autonomous vehicles operating as a ride-sharing service, though widespread availability remains uncertain.
Tesla is preparing for the official launch of its highly anticipated Cybercab dedicated robotaxi service. Following extensive public testing and widespread speculation, the event is expected to reveal more about the autonomous ride-sharing platform's capabilities and operational plans.
Tesla has confidentially settled a wrongful death lawsuit stemming from a 2023 incident where a Model S, operating on Autopilot, crashed into a parked fire truck, resulting in the driver's death and severe injuries to a passenger. This out-of-court resolution allows Tesla to avoid a jury trial that would have scrutinously examined the company's claims regarding its advanced driver-assistance system.
Uber has initiated London's first commercial robotaxi service, partnering with UK-based autonomous driving startup Wayve. This deployment marks a significant milestone for Uber in the European market, establishing a beachhead in the bustling UK capital. Initially, these self-driving vehicles will operate with safety drivers to ensure a smooth and secure introduction to public roads.
Waymo is significantly accelerating its robotaxi rollout, launching public service in three new U.S. cities: Denver, San Diego, and Tampa. This expansion brings Waymo's operational footprint to a total of 14 cities, marking a rapid scaling of its autonomous ride-hailing offerings. The move signals Waymo's continued ambition to grow its commercial services across North America.
A prominent Tesla influencer has taken an unusual step, forwarding a speeding ticket directly to the automaker after claiming their vehicle's Full Self-Driving (FSD) software was responsible for the traffic infraction. This incident highlights ongoing debates surrounding accountability for autonomous driving system behaviors. While FSD promises advanced driver assistance, questions persist about the division of responsibility when violations occur.
Tesla has released new safety statistics for its supervised Full Self-Driving (FSD) system in Europe, strategically timing the data presentation before a significant European Union vote. The move aims to highlight FSD's safety record and potentially influence regulators as they consider the future of advanced driver-assistance systems across the bloc.
Autonomous driving company Waymo is significantly broadening its commercial operations, launching its paid robotaxi service in three new major U.S. cities. This expansion marks a substantial step forward for the company's ambition to offer driverless ride-hailing across a wider geographic footprint, building on its existing services in Phoenix, San Francisco, and Los Angeles.
New video footage from Texas provides a glimpse into the operational mechanics of Tesla's forthcoming Cybercab, a purpose-built autonomous robotaxi. The clip showcases how a human operator can manually control the vehicle's functions directly through its central touchscreen interface, hinting at a streamlined approach to supervisory intervention.
Toyota is developing its own advanced driver-assistance system (ADAS) with an anticipated 2028 rollout, aiming to offer highly automated capabilities similar to systems like Tesla's Full Self-Driving. Beyond consumer vehicles, the Japanese automaker is also strategizing to enter the burgeoning robotaxi market through a collaboration with autonomous vehicle leader Waymo.
Autonomous driving leader Waymo is preparing to launch its fully driverless robotaxi service in Denver, Colorado, marking a significant expansion from its current warm-weather operating zones. This move will challenge Waymo's self-driving technology to navigate substantial snow and diverse weather conditions, pushing the boundaries of its operational capabilities.
Tesla has reportedly begun registering and deploying its 'Cybercab' robotaxis in Texas, with 45 units already listed with the state's DMV. This move signals a significant step towards the highly anticipated launch of the company's autonomous ride-hailing service, expected to be unveiled next month.
Tesla has officially launched its Cybercab robotaxi service for public rides in Austin, Texas, marking a significant step in the company's autonomous driving ambitions. This deployment brings Elon Musk's long-anticipated, steering wheel-free vehicles to the streets, initiating real-world testing of Tesla's camera-only autonomy system in a commercial setting.
A recent Electrek investigation suggests that a fatal 2022 collision on Florida's I-4, where a Tesla Model 3 stopped in a live lane and was rear-ended by a semi-truck, occurred while the vehicle's driver-assist system was active. Tesla's internal data, which the company has reportedly sealed, is key to understanding why the car came to a halt on the highway. This incident adds to a series of crashes where Tesla's advanced driver-assistance systems are under scrutiny.
Tesla CEO Elon Musk has reiterated that Full Self-Driving (FSD) will soon gain the ability to detect and avoid potholes, a feature first teased by Musk back in 2019. While improved road awareness would be a significant enhancement for FSD, drivers await concrete implementation of this long-standing promise.
Ahead of its highly anticipated "Cybercab" reveal in Austin, Tesla has begun integrating prototype autonomous vehicles into its robotaxi fleet. These initial deployments signal the company's final preparations for its dedicated self-driving service.
Tesla is quietly broadening its robotaxi geofence coverage in two major Texas metropolitan areas, Dallas and Austin. These map updates suggest an incremental expansion of the company's autonomous driving service, indicating a continued push into the urban mobility market.
Chinese EV maker XPeng is pushing the boundaries of artificial intelligence in its vehicles, recently showcasing significant advancements in its intelligent driving systems. These innovations, dubbed VLA 2.0, aim to enhance the driving experience and position XPeng at the forefront of automotive AI integration.
As autonomous vehicle technology advances, the Society of Automotive Engineers (SAE) is addressing a crucial human element: the remote operator. SAE has released a new recommended practice outlining the essential skills and training required for individuals who will provide tele-assistance to Level 4 and Level 5 robotaxis, aiming to standardize safety and performance.
A Tesla vehicle operating on the latest Full Self-Driving (FSD) software reportedly failed to recognize and stop at an active railroad crossing, narrowly avoiding a collision with a passing train. This incident, captured on dashcam footage, marks at least the third documented occurrence this year where Tesla's advanced driver-assistance system has attempted to proceed through a train's path.
Ahead of Tesla's anticipated robotaxi reveal, Waymo is publicly emphasizing the limitations of camera-only autonomous driving systems. While not naming Tesla directly, Waymo's VP of Onboard Software highlights the critical role of redundant sensor suites, including lidar, for safe and robust self-driving operations, subtly challenging Tesla's vision-centric approach to its 'Cybercab' service.
Tesla's Full Self-Driving (FSD) Beta system is rolling out version 14.3.8 to users in North America, arriving with the 2026.26.6.5 software update. This latest iteration is expected to refine the autonomous driving experience, building on previous improvements to the company's advanced driver-assistance features.
Tesla's robotaxi service is extending its operating hours, now running from 6 AM to 10 PM daily. The company also states that its unsupervised fleet has grown significantly and incorporates smarter routing to reduce passenger wait times.
Autonomous vehicle pioneer Waymo has distilled ten fundamental AI lessons from its extensive real-world operations, where its fleet has logged over 200 million miles in fully autonomous mode. These insights are shaping the company's future development and deployment strategies for self-driving technology. The accumulated experience highlights critical considerations for scaling safe and reliable autonomous systems.
Tesla is refuting recent claims that it has withdrawn its Full Self-Driving (FSD) development team from China, stating its Shanghai data center remains fully operational and has even reported the allegations to authorities. This denial comes as China conspicuously remains off Tesla's official list of markets where FSD subscriptions are available, highlighting the ongoing regulatory challenges for advanced driver-assist systems in the region.
Waymo, Google's autonomous driving subsidiary, has openly questioned the viability of camera-only systems for self-driving vehicles, a direct challenge to Tesla's Full Self-Driving strategy. In a recent blog post, a key Waymo engineer detailed why a multi-modal sensor suite, including lidar and radar, is essential for robust and safe autonomy. This critique highlights the fundamental philosophical differences between major players in the race for self-driving technology.
Autonomous vehicle pioneer Waymo has announced plans to launch its fully driverless ride-hailing service in Germany by 2027, marking its first foray into the European market. This strategic move aims to bring Waymo's self-driving technology to new urban environments and expand its global operational footprint.
Google's autonomous driving subsidiary, Waymo, is expanding its operations to Europe, with Germany selected as its initial market. The company will begin mapping streets in Munich within weeks, aiming to launch its robotaxi service there by next year. This move marks Waymo's first foray into the European market, potentially setting a precedent for future autonomous vehicle expansion across the continent.
A new patent from Tesla details an innovative approach to maintaining optimal clarity for its Full Self-Driving (FSD) camera system. The technology aims to prevent windshield haze, often caused by volatile organic compounds, from obscuring the cameras critical for autonomous operation. This development underscores Tesla's ongoing efforts to enhance the reliability and safety of its advanced driver-assistance features.
Tesla's steering-wheel-free Cybercab, a two-seat autonomous robotaxi, is set to begin operations in Austin on September 3. These new vehicles will join an existing fleet of Model Y robotaxis, though widespread public access remains constrained by ongoing regulatory challenges.
Tesla has started deploying its highly anticipated “Summer Update” for Full Self-Driving (FSD) vehicles across Europe, marking a significant step in the platform's development. This rollout merges FSD and feature branches, providing European users with a unified software experience. The update promises to integrate new features and improvements, bringing the region closer to the advanced capabilities seen in North America.
Waymo has offered a peek into the intricate computing hardware that forms the 'brain' of its autonomous vehicles. This specialized compute system is engineered for deterministic, low-latency performance, crucial for processing real-time sensor data and executing safe driving commands. The company emphasizes its decade-long, integrated approach to co-designing hardware, sensors, and algorithms to meet the demanding requirements of physical AI on the road.
Tesla has indicated to investors that its upcoming Cybercab will be just the first in a series of purpose-built robotaxi vehicles. The automaker is reportedly exploring additional vehicle types to expand its autonomous ride-hailing services, suggesting a broader strategy for its self-driving ambitions.
Waymo has for the first time detailed the robust computing hardware that powers its fleet of autonomous robotaxis. This 'brain,' housed in the vehicle's trunk, is capable of a quadrillion operations per second, representing a significant leap in self-driving technology infrastructure.
Tesla's highly anticipated robotaxi service is reportedly being held back despite significant progress in its Full Self-Driving (FSD) v15 software. The company confirmed that early versions of this advanced autonomous technology are already transporting passengers, laying the groundwork for future widespread deployment.
During a recent meeting with JPMorgan at its Fremont factory, Tesla reiterated ambitious timelines for its autonomous driving and robotics ventures. The company reportedly touted FSD v15 as a significant leap forward in its Full Self-Driving technology, claiming current Hardware 4 computers are capable of unsupervised driving. Additionally, Tesla suggested its Optimus humanoid robot could be available for external purchase by the second half of 2027.
Alphabet's Waymo has designed a new custom semiconductor chip to enhance the performance and efficiency of its autonomous robotaxi operations. This in-house hardware development aims to optimize processing capabilities specifically for the complex demands of self-driving technology, potentially accelerating the rollout and improvement of its driverless services.
Tesla's robotaxi service in Austin, Texas, appears to have achieved fully unsupervised operations, a significant step seven months after CEO Elon Musk initially announced the shift. Crowd-sourced data indicates that all recent rides monitored in the city were completed without human safety drivers onboard, marking a potential milestone for the company's autonomous driving ambitions.
New details emerging from the Tesla Cybercab user interface reveal a sophisticated control system designed for autonomous operation. The UI indicates specialized 'Rodeo' controls, dedicated robotaxi settings, and a 'Roaming' status, suggesting advanced functionalities for Tesla's upcoming self-driving fleet. Additionally, a split-screen map display and internal employee review tools hint at a comprehensive system in development.
Lotus is rolling out advanced self-driving features to its Eletre SUV and Emeya grand tourer through an over-the-air software update. This significant upgrade aims to enhance safety and convenience for drivers, introducing sophisticated autonomous functionalities to these luxury electric vehicles.
Tesla is reportedly preparing to publicly launch its Cybercab robotaxi service in Austin as early as this month. This marks Tesla's first vehicle designed without a steering wheel or pedals, emphasizing its dependence on the company's autonomous driving technology. However, the move raises questions about the practical utility and market readiness given the ongoing challenges with scaling Tesla's Full Self-Driving system.
Sources indicate that Tesla is accelerating plans to roll out its highly anticipated Cybercab robotaxi service, potentially beginning with employee rides as early as August. This move signals a significant step towards the company's long-term vision of an autonomous ride-hailing network, leveraging its self-driving technology.
Uber is set to expand its autonomous ride-hailing offerings through a new partnership with Chinese AV developer Pony.ai. This collaboration aims to deploy up to 2,000 self-driving vehicles across European markets, marking a significant step for both companies in expanding robotaxi services beyond existing territories.
Tesla's integration of gamified elements into its Full Self-Driving (FSD) software is drawing sharp criticism from safety advocates and experts. The controversy intensified after a user showcased completing 25,000 miles without a FSD disengagement, raising questions about whether encouraging such 'streaks' promotes risky driving behavior.
Tesla's 'Cybercab' robotaxi prototype, showcased at its recent Gigafactory Texas event, reveals an intriguing design choice: a Starlink satellite internet dish integrated directly into its roof. This move suggests Tesla is exploring robust connectivity solutions beyond traditional 5G and LTE, aiming for reliable, high-bandwidth communication essential for future autonomous fleets and passenger services.
Waymo's co-CEO Dmitri Dolgov recently shared insights on the challenges of vision-only autonomous driving systems. Dolgov suggests that the safety performance curve for such systems tends to level off prematurely, indicating limitations in their ability to achieve peak reliability. This perspective underscores a key debate within the self-driving industry regarding sensor suites.
A dedicated Tesla owner has reached a remarkable milestone, driving 25,000 miles using the company's Full Self-Driving (FSD) beta software without needing to disengage the system once. This achievement highlights the software's capabilities for extended periods of hands-free operation under specific conditions, showcasing a high level of trust and performance.
Tesla has rolled out its latest Full Self-Driving (FSD) software update, version 2026.21.6, dubbed "V14.1 Lite." This release introduces several key enhancements aimed at improving the system's performance and driver experience, particularly in complex driving scenarios. The update continues Tesla's iterative development of its autonomous driving capabilities.
Amazon's self-driving unit, Zoox, has officially launched its paid autonomous taxi service in Las Vegas, marking a significant step for the company. This move allows employees to pay for rides in Zoox's custom-built robotaxis, which operate without steering wheels or pedals, on predetermined routes.
Lucid is reportedly escalating its involvement in the robotaxi sector, furthering its existing collaborations with ride-sharing and autonomous delivery companies. This strategic move positions Lucid to compete more directly in the burgeoning driverless transportation market, a space where Tesla also aims to be a major player.
Waymo has officially launched its autonomous ride-hailing service in Dallas, Texas, marking a significant expansion for the company. Starting today, residents can download the Waymo app to access fully autonomous rides throughout the city. This move highlights Waymo's accelerated efforts to deploy its robotaxi technology in major urban centers across the United States.
Dmitri Dolgov, Co-CEO of Waymo, recently articulated why a camera-only approach to autonomous driving technology may not achieve full self-sufficiency. He argued that relying solely on cameras presents a safety ceiling, preventing the system from reaching superior performance levels. Although not explicitly naming Tesla, the comments directly address the company's well-known strategy.
Tesla's Full Self-Driving (FSD) system will no longer offer a user-configurable maximum speed option. Instead, the company is shifting towards AI-powered speed selection to autonomously determine appropriate vehicle speeds based on road conditions and regulations. This change aims to enhance the system's ability to adapt more dynamically to diverse driving environments.
Uber is reportedly in discussions with Rivian to deploy up to 50,000 R2 electric SUVs as robotaxis by 2028. This partnership would leverage Rivian's planned Level 4 autonomous driving capabilities for ride-hailing services, marking a significant move for both companies in the autonomous EV landscape.
In a recent interview, Elon Musk provided insight into his vision for AI's integration across his ventures, particularly focusing on how artificial intelligence will underpin Tesla's future. He elaborated on the company's aggressive pursuit of robotaxi technology, which hinges heavily on advanced AI systems to achieve full autonomous driving capabilities.
Modern vehicles are integrating an increasing number of cameras, far beyond simple rearview functions. These sophisticated systems are crucial for advanced driver-assistance features, enhancing safety, and paving the way for more autonomous capabilities.
A new report from the Insurance Institute for Highway Safety (IIHS) indicates that Waymo's autonomous electric vehicles have a substantially lower crash rate—68% fewer—compared to human-driven cars. The study also found that when crashes do occur, they are generally less severe. However, the IIHS highlights several crucial caveats that impact the comprehensiveness and generalizability of these findings, particularly in how crashes involving Waymo vehicles are reported and analyzed.
A new study from the Insurance Institute for Highway Safety (IIHS) indicates that Waymo's autonomous vehicles demonstrate a significantly lower crash rate per mile traveled when compared to incidents involving human-driven cars. This research suggests a potential safety advantage for driverless technology as it continues to develop and integrate into public transportation.
Elon Musk recently discussed the expansion of Tesla's robotaxi program, highlighting increased mileage and rider accessibility. Despite these advancements, the company's long-term autonomous driving goals are encountering significant challenges in deployment and regulatory approval, tempering prior optimistic projections.
During Tesla's latest earnings call, Elon Musk conceded that the company currently has no definitive strategy to upgrade vehicles equipped with Hardware 3 to support the latest Full Self-Driving (FSD) software. This admission leaves millions of owners in limbo who purchased their Teslas under the assurance that the cars possessed all necessary hardware for full self-driving capabilities. Musk offered only vague possibilities without firm commitments for resolving the issue.
The latest Wi-Fi standard, Wi-Fi 7, offers significant advancements in bandwidth and data transmission crucial for the future of automotive technology. With capabilities like 16 spatial streams and a 320MHz channel width, it's set to meet the demanding data requirements of advanced driver-assistance systems (ADAS) and fully autonomous driving applications. This evolution in connectivity will enable faster and more reliable communication within vehicles and with external infrastructure, paving the way for more sophisticated and safer driving experiences.
During its recent Q2 earnings call, Tesla disclosed that its early robotaxi fleet, consisting of retrofitted Model Y vehicles, is now operating with initial builds of its Full Self-Driving (FSD) v15 software. This development indicates the company's progress in advancing its autonomous driving technology specifically for its planned ride-hailing service. The company aims to refine FSD's capabilities in real-world scenarios as it moves toward a wider deployment of its robotaxi program.
CARIZON, Volkswagen Group's software unit, is deepening its partnership with Chinese AI chipmaker Horizon Robotics to co-develop advanced autonomous driving systems. This collaboration, centered in China, aims to enhance intelligence for Volkswagen's future electric vehicle models in the crucial Asian market.
Tesla's historically optimistic projections for a fully autonomous robotaxi fleet are undergoing a noticeable shift toward a more measured and realistic outlook. This adjustment comes as the company navigates the complex technical and regulatory challenges inherent in deploying self-driving technology at scale. The revised tone suggests a longer, more arduous path toward achieving widespread robotaxi operations than previously communicated.
Despite Tesla's assertions to shareholders that its Robotaxi service is expanding, a closer look at the company's own data reveals a different picture. Paid Robotaxi miles, touted as a sign of momentum, show stagnant growth in the second quarter of 2026, adding roughly the same number of miles as in the previous quarter. This suggests the program's expansion may not be progressing as rapidly as implied.
Tesla has announced the immediate launch of its much-anticipated Robotaxi service in two major Florida cities, Orlando and Tampa. This move expands the company's autonomous driving ambitions beyond its existing development and testing efforts, bringing self-driving rides to consumers in new markets. While the announcement provided service area maps, details regarding fleet size or customer access remain undisclosed.
Following its recent launch in Miami, Tesla has expanded its Robotaxi service to include unsupervised, fully driverless rides in major Florida cities Orlando and Tampa. This move signifies a significant expansion of Tesla's self-driving initiatives in the U.S. market.
Tesla has reportedly launched its "Robotaxi" service in Tampa and Orlando, Florida, marking an expansion of its autonomous vehicle testing. This move comes just ahead of the company's second-quarter earnings call, where CEO Elon Musk is expected to highlight progress on the robotaxi initiative despite a seemingly limited deployment fleet in Austin.
Tesla is widening the reach of its robotaxi operations, bringing the autonomous ride-hailing service to Orlando and Tampa. This strategic expansion in Florida comes just before the company's upcoming earnings report, highlighting a key area of focus for Tesla's future growth.
Tesla has begun pushing its 2026.20.6.10 software update, introducing the anticipated FSD (Supervised) v14 Lite. This release brings several enhancements to the Full Self-Driving system, focusing on user experience and autonomous driving capabilities, alongside new features like 'Start Self-Driving from Park' and 'Speed Profiles.'
Amazon's Zoox has issued a voluntary recall for its driverless robotaxis after one of its vehicles collided with a fire truck responding to an emergency. The incident, which occurred in February, prompted new software updates designed to improve the robotaxis' ability to detect first responder vehicles and safely navigate emergency scenes.
Elon Musk announced that Tesla's Full Self-Driving (FSD) Supervised system will evolve to learn and adapt to individual driver behaviors and interventions. This personalization aims to transform FSD from a generic autonomous system into one that tailors its performance to the owner's specific driving style and preferences, enhancing the overall user experience.
New insights reveal that Tesla vehicles equipped with Hardware 4 are leveraging 'distilled' versions of the Full Self-Driving (FSD) stack. This approach allows these advanced vehicles to run the FSD software without relying on the extensive training data required for the primary FSD models. This strategy is crucial as Tesla aims to deliver unsupervised self-driving capabilities across its various hardware generations, streamlining the deployment of new FSD features.
Nissan is preparing to launch a pilot program later this year featuring self-driving Leaf robotaxis in Tokyo, pending local regulatory approval. This initiative is part of a broader global strategy by Nissan, in collaboration with Uber, Nvidia, and Wayve, to deploy Level 4 autonomous vehicles for ride-hailing services. The robotaxis will integrate redundant systems and advanced sensor arrays, leveraging Wayve's AI Driver platform.
Chinese EV maker XPeng is expanding its presence in Europe, directly targeting Tesla by leveraging its camera-centric approach to autonomous driving. Like Tesla, XPeng believes sophisticated self-driving capabilities can be achieved without relying on radar or lidar sensors. This strategy aims to differentiate XPeng in the competitive European EV market.
