Ahead of its anticipated launch, Tesla's Robotaxi application is reportedly receiving significant new features, allowing passengers more control over the ride directly from their mobile devices. These updates could eliminate the need to interact with the vehicle's touchscreen, enhancing the user experience. Speculation is now rising that these advanced functionalities may soon be incorporated into the standard Tesla mobile app, making robotaxi services more accessible.
Tesla's highly anticipated robotaxi service is reportedly on track to begin round-the-clock operations as early as next month. This expansion is expected to coincide with the deployment of Full Self-Driving (FSD) Software V15, enhancing the autonomous capabilities required for continuous, driverless rides.
Tesla CEO Elon Musk recently shared a video featuring a 98-year-old driver openly admitting to not monitoring the road while using Full Self-Driving (FSD) Beta. This amplification of distracted FSD use comes as Tesla faces increasing scrutiny and lawsuits regarding its advanced driver-assistance system, potentially undermining the company's legal defense.
A pre-production Tesla Cybercab robotaxi, designed for autonomous operation, was recently sighted with a temporary steering wheel. Photos from Berkeley, California, reveal a Cybertruck-sourced steering wheel bolted into the two-seater vehicle, providing a rare glimpse into the development of Tesla's dedicated self-driving platform.
Recently showcased in a concept video, Tesla's upcoming Cybercab robotaxi appears to incorporate an unusual screen-based control system, including a virtual 'joystick' for manual operation. This unconventional interface raises questions about its practical application and safety in a vehicle designed primarily for autonomous functionality.
A recently discovered virtual joystick embedded within the Tesla Cybercab, an upcoming autonomous robotaxi concept, suggests the vehicle might possess a manual control mode. This unexpected feature raises new questions about Tesla's commitment to fully autonomous operation and the implications for rider safety and regulatory oversight in its robotaxi ambitions.
A new report offers a first-hand account of riding in Tesla's highly anticipated Cybercab, the two-seater autonomous vehicle designed for robotaxi services. This hands-on experience, conducted on the streets of Austin, Texas, highlights the public debut and initial real-world challenges for the innovative, steering-wheel-free EV.
Tesla is reportedly exploring an innovative solution to its loaner vehicle shortage: deploying its autonomous robotaxis for customers during service appointments. This move would address a common frustration for owners while simultaneously showcasing the company's self-driving technology.
Tesla's latest Full Self-Driving (FSD) Beta software, version 14.3.9, is rolling out with update 2026.27.5. These release notes highlight improvements focusing on enhanced perception, decision-making, and overall autonomous driving reliability, particularly in complex urban environments.
Tesla's upcoming Cybercab, designed as a fully autonomous robotaxi, will feature a groundbreaking brake-by-wire system, eliminating the need for traditional hydraulic brake lines and fluid. This innovative approach integrates redundant electronic braking and steering mechanisms to ensure safety and reliability in its driverless operation, alongside a unique emergency brake system.
The National Highway Traffic Safety Administration (NHTSA) has launched an investigation into Tesla's proposed Cybercab robotaxi service. Regulators are scrutinizing whether the driverless vehicle, designed without a steering wheel, can meet existing federal automotive safety standards. This probe could significantly impact Tesla's plans to deploy its autonomous taxi fleet.
Tesla's highly anticipated Cybercab event, held behind closed doors, has revealed the company's vision for autonomous mobility. The new dedicated robotaxi, designed for self-driving service, marks a significant step towards Tesla's long-stated goal of a fully autonomous transportation network. While details remain somewhat scarce, the event showcased key design and operational concepts for the future of urban travel.
Tesla has launched its Cybercab robotaxi service in Austin, Texas, following a private unveiling. The new offering promises significantly lower fares than traditional ride-hailing services, marking the company's entry into the autonomous ride-sharing market.
Tesla has updated its 3D Supercharger site maps to include the Cybercab, providing a visual representation of the upcoming robotaxi within its charging infrastructure. This subtle addition suggests future integration between Tesla's charging network and its autonomous ride-hailing service, giving users a glimpse into the company's long-term vision.
Tesla is preparing for a highly anticipated launch event where it is expected to unveil its new 'Cybercab' robotaxi service. While details remain scarce, the event follows CEO Elon Musk's long-standing promise to introduce autonomous ride-hailing and could mark a significant shift in the company's future direction.
Autonomous ride-hailing is now available in London, as Uber and UK-based Wayve collaborate to deploy robotaxis using Ford Mustang Mach-E electric vehicles. This marks the first public driverless service in the city, enabling passengers to hail self-driving EVs via the Uber app.
Tesla has updated its dedicated Robotaxi application, incorporating new functionalities that allow users to directly book and manage upcoming Cybercab rides. This development signals progress towards the company's anticipated autonomous ride-hailing service, moving from concept to a more tangible user interface.
Uber and AI firm Wayve have introduced an autonomous ride-sharing service in London, marking the first time self-driving Ubers are available in the UK capital. The initial rollout utilizes Ford Mustang Mach-E electric vehicles, each equipped with a human safety driver to supervise the technology.
Tesla is poised to reveal its long-speculated 'Cybercab' at an event slated for Thursday. While details surrounding the vehicle remain scarce, expectations are high for a significant announcement regarding the company's autonomous robotaxi ambitions.
Zoox, Amazon's autonomous vehicle subsidiary, has detailed its rigorous safety case framework designed to ensure the secure operation of its purpose-built robotaxis. This framework integrates hardware, software, and operational protocols, aiming to set a high bar for self-driving vehicle safety. The company emphasizes a proactive, holistic approach to assessing and mitigating risks across its entire robotaxi system.
Tesla's highly anticipated Cybercab robotaxi was recently observed undergoing public road tests, revealing a multi-color RGB light bar. This sighting indicates an acceleration in fleet testing as the company prepares for the vehicle's official debut next week.
Tesla has confirmed it is actively developing a localized version of its Full Self-Driving (FSD) v14 Lite software specifically for right-hand-drive markets in Oceania. This move marks a significant step toward expanding advanced driver-assistance features beyond North America, with a focus on adapting the system to unique regional road conditions and regulations.
Videos circulating on social media show Tesla vehicles operating with FSD (Full Self-Driving) Lite failing to recognize significant debris on the road, including downed trees and logs. These incidents highlight persistent challenges for autonomous driving systems in accurately perceiving and reacting to unexpected environmental hazards, sparking renewed debate over the technology's readiness for widespread deployment.
Tesla's long-anticipated Cybercab robotaxi service is reportedly preparing for its official launch in Austin, Texas, on September 3. Invitations for the event are said to be circulating, indicating the company is on the verge of introducing its autonomous ride-hailing offering to the public.
A video circulating online shows a Tesla vehicle operating on Full Self-Driving (FSD) v14.1 Lite driving directly over a large log in the road, without the system detecting the obstruction or initiating a braking maneuver. This incident adds to ongoing questions about the 'Lite' version of Tesla's autonomous driving software, especially when running on older Hardware 3 cars.
Tesla's nascent robotaxi service is reportedly delivering a string of subpar experiences in Texas, drawing criticism even from loyal brand enthusiasts. Riders are encountering extended travel times for short distances and being dropped off far from their intended destinations, leading to calls for alternative transportation.
Tesla has begun distributing invitations for a special event on September 3rd in Austin, Texas, where the company is expected to officially unveil its highly anticipated Cybercab robotaxi service. This announcement marks a significant step towards bringing Tesla's vision for autonomous ride-hailing to fruition, showcasing the future of urban mobility.
A video circulating online shows a Tesla Model Y, reportedly operating as a robotaxi with passengers, pushing through a series of curbside bollards in Austin, Texas. This incident highlights ongoing scrutiny regarding the real-world performance of Tesla's unsupervised autonomous driving technology and its public safety implications.
Tesla has announced that its highly anticipated Cybercab launch event will take place in Austin, Texas. While existing Robotaxi users will have a chance to win invitations, the company has also outlined a path for others to attend, indicating a broader reveal strategy.
Tesla is reportedly gearing up for a significant Cybercab reveal event, with speculation pointing to an August launch in Austin, Texas. This announcement follows persistent rumors about the company's autonomous ride-hailing service, moving closer to a potential market introduction.
A Tesla vehicle, operating in its unsupervised 'Robotaxi' mode, reportedly drove straight through a line of bollards marking a closed-off lane in Austin, Texas. This incident emerged just weeks after a Tesla AI executive boasted of the program's 'impeccable safety record' and 'zero notable incidents.' Although no injuries occurred, the event raises concerns about the system's readiness for truly autonomous operation.
Tesla's advanced driver-assistance system, Full Self-Driving (FSD), faces distinct challenges as the company aims to roll it out in major international markets. While awaiting regulatory approval for broader deployment in China, the company's approach to FSD testing and data collection in Europe remains notably opaque, sparking industry discussion.
A recent comparison test highlights how far Tesla's Full Self-Driving (FSD) software has evolved, particularly in response time. By pitting older FSD versions against the latest iteration, the results demonstrate notable advancements in the system's ability to react more quickly to driving situations. This improvement underscores the ongoing development of Tesla's autonomous driving capabilities.
Tesla's Full Self-Driving (FSD) system is reportedly leading to a high number of speeding tickets for its users. The Electrek report highlights that drivers using FSD are experiencing unexpected accelerations or failures to adhere to speed limits, leaving them liable for the infractions. This issue raises questions about the responsibility of autonomous driving systems and their impact on driver accountability.
Owners of Tesla vehicles equipped with Hardware 3 (HW3) are reporting significant overheating of their self-driving computers when running the latest FSD (Full Self-Driving) V12 software. This issue, manifesting as system slowdowns and potential hardware degradation, highlights the increasing computational demands of advanced autonomous features on older vehicle architectures. Tesla faces the challenge of optimizing software for a diverse hardware fleet or pushing for upgrades to ensure FSD functionality and reliability.
Tesla has begun deploying its latest Full Self-Driving (FSD) software update, version 12.3.7, to customers. This release focuses on refining the autonomous driving experience with enhancements to object detection, decision-making, and overall reliability for its advanced driver-assistance system.
Waymo is introducing a significant upgrade to its Ojai robotaxi fleet, incorporating Google’s Gemini AI assistant for enhanced interaction and rolling out a redesigned user interface. These improvements aim to enrich the rider experience as Waymo prepares to broaden public access to its purpose-built autonomous vehicles. This marks a new chapter for the company as it continues to advance its self-driving technology and passenger offerings.
New data from Tesla's Full Self-Driving (Supervised) beta rollout in Europe suggests the advanced driver-assistance system operates with a significantly lower accident rate compared to human drivers. This information provides an early look at FSD's real-world safety performance as it expands into international markets.
Recent sightings indicate Tesla is equipping its robotaxi fleet with specialized recording software, designed to streamline testing and validation processes. This unique feature suggests ongoing development efforts to enhance the capabilities and safety of its autonomous ride-hailing network.
Tesla's Full Self-Driving (Supervised) system, version 2026.20.10, is now reaching Australian owners, according to new release notes. This update includes improvements to core FSD features and visualization, marking a significant step for the company's autonomous driving technology in the region.
As Tesla continues to develop its autonomous Robotaxi network, the company is refining the passenger experience by eliminating audible turn signal and hazard light sounds within the cabin. This adjustment aims to minimize potential noise distractions and enhance comfort for passengers in future driverless rides.
As Tesla's Full Self-Driving (Supervised) v14 Lite rolls out more broadly, some drivers are reporting significant issues with the system's ability to detect objects during low-speed reversing maneuvers. Videos shared by users demonstrate instances where FSD fails to identify obstacles, raising concerns about its performance in common driving scenarios.
Tesla has completed its previously hinted-at acquisition of an artificial intelligence hardware company, valued at approximately $1.95 billion. The deal, paid entirely in Tesla stock and equity, was discreetly disclosed in the company's Q2 2026 financial filing without public announcement or identification of the acquired entity.
Tesla announced a 5% drop in net income for the second quarter, totaling $1.1 billion, as the company navigates a more measured approach to its highly anticipated robotaxi deployment. CEO Elon Musk emphasized safety as the primary factor influencing the pace of their autonomous vehicle expansion. The cautious rollout signals Tesla's strategic prioritization of robust, safety-validated technology over rapid deployment in the competitive autonomous driving landscape.
According to Tesla's Q2 2026 earnings report, the company's Full Self-Driving (Supervised) subscription service has achieved significant growth, now boasting 1.48 million active subscribers. This substantial increase indicates a strong uptake in consumer adoption for the advanced driver-assistance system, signaling its expanding presence in the market.
Tesla's robotaxi network has achieved a significant milestone, accumulating 380,000 unsupervised miles as it rapidly expands. This progress was detailed in the company's Q2 earnings report, which also outlined the next markets for the autonomous ride-hailing service.
Recently published NHTSA data shows four new crash reports involving Tesla's 'Robotaxi' services, with one notable incident in Houston where a remote operator drove the vehicle into a tree stump. This marks the third reported crash linked to human remote operation, and the first officially coded as such by Tesla in its filings.
Honda is entering the commercial lawn care market with an all-electric, autonomous lawn mower. This move signals Honda's expansion into EV technology beyond conventional automobiles, focusing on advanced solutions for industrial applications.
Chip Motors, a new electric vehicle startup, has opened pre-orders for its compact, low-speed EV. This two-seater is designed to autonomously handle local errands, from parking itself to picking up groceries, allowing owners to remotely manage tasks.
According to Tesla's 2025 Impact Report, the upcoming Cybercab autonomous vehicle promises significant environmental benefits, emitting only one-eighth the greenhouse gases per mile compared to conventional gasoline-powered cars. This data underscores the potential for robotic transport to deliver substantial reductions in carbon emissions within urban environments.
Tesla has begun rolling out its latest Full Self-Driving (Supervised) software update, version 12.3.5, to vehicles. This incremental update follows previous significant overhauls to the FSD system's underlying architecture, demonstrating Tesla's ongoing commitment to refining its autonomous driving capabilities. Drivers can anticipate further enhancements to the system's performance and reliability as the company continues development.
Despite Fisker's bankruptcy, a community-driven initiative is working to bring a hands-free driving system to the Ocean electric SUV. This unexpected development aims to activate a feature that was promised but never delivered by the original manufacturer.
Today's vehicles integrate a multitude of advanced safety systems designed to prevent accidents and protect occupants. From autonomous emergency braking to adaptive cruise control, these technologies utilize sensors and software to enhance driver awareness and intervene when necessary, significantly improving road safety.
Tesla's latest software update, version 2026.20.6.6, introduces FSD (Supervised) v14.3.5 with notable improvements. This release enhances the Smart Summon feature and provides new camera preview capabilities. Additional updates include blind spot warnings, dashcam encryption, and parental controls.
Tesla's Full Self-Driving (FSD) Supervised system is progressing towards regulatory clearance in Europe, with the company taking steps to secure approval in Italy. This move signals an expansion of Tesla's advanced driver-assistance features into new international markets, beyond its current availability in North America.
As Tesla gears up for its dedicated Robotaxi service, the company is installing automated car cleaning robots at its operational hubs. This move suggests preparations are well underway to manage the logistics and maintenance of a driverless fleet, ensuring vehicles are always ready for riders.
A recent discovery in Tesla's app code suggests that the highly anticipated Cybercab robotaxi might include a unique feature allowing passengers to control air vent direction directly from their smartphone. This potential functionality indicates a focus on personalized comfort and user interaction within the autonomous vehicle experience.
Tesla's Full Self-Driving (Supervised) v14 Lite software is now rolling out to owners in South Korea, marking its first availability outside of North America. This expansion targets Hardware 3 vehicles, bringing the advanced driver-assistance system to a new international market.
New information suggests that Tesla's anticipated Cybercab will incorporate a dual GPS system, a significant hardware enhancement aimed at improving location accuracy. This upgrade is expected to provide precise mapping capabilities, crucial for the vehicle's driverless functionality.
Tesla's Full Self-Driving (FSD) system is slated to receive an upgrade with the integration of Grok AI, promising a more natural and conversational interaction experience. This enhancement aims to transform the in-car voice command system into something akin to a personal chauffeur, moving beyond rigid instructions to more intuitive dialogue.
Tesla's highly anticipated autonomous ride-hailing network is reportedly commencing testing operations in New Orleans, Louisiana. This move signals a significant expansion of the company's self-driving initiatives into the American South, following previous efforts in other regions.
Tesla is reportedly increasing production of its two-seater, steering-wheel-less Cybercab at Gigafactory Texas, with over a hundred units already observed in factory lots. This aggressive manufacturing push comes even as the vehicle cannot currently be sold to the public or operate autonomously without human supervision. The strategy raises questions about mass-producing a vehicle that lacks crucial regulatory approval and functional self-driving capabilities for its intended purpose.
Tesla has initiated its robotaxi service in Miami, Florida, allowing passengers to hail unsupervised rides. This marks an expansion of Tesla's autonomous ride-hailing network into a major U.S. tourist and transit hub.
A Tesla Cybercab prototype, believed to be a pre-production model, was recently spotted on public roads donning a special Fourth of July-themed livery. This sighting offers a rare glimpse of the upcoming robotaxi in the wild, hinting at its eventual design and form factor.
Tesla's Full Self-Driving (FSD) technology is increasingly integrated into the final stages of vehicle production. Originally used for exiting the assembly line, FSD now navigates vehicles through more extensive quality checks on their own. This expansion aims to streamline factory operations while simultaneously refining the FSD software.
Tesla has begun rolling out its Full Self-Driving (FSD) v14 Lite software to older vehicles, addressing a long-standing concern among early adopters regarding hardware compatibility. This update signals Tesla's ongoing commitment to delivering enhanced autonomous capabilities across its existing fleet, albeit in a more limited capacity on previous generation hardware.
Tesla's latest software update, version 2026.20.5.1, introduces FSD (Supervised) v14 Lite alongside several new functionalities. Drivers can now initiate self-driving from a parked position, customize arrival options, and create speed profiles tailored to their preferences. The update also brings various user interface enhancements to the FSD experience.
A Tesla Semi truck was recently seen equipped with what appears to be Full Self-Driving (FSD) beta hardware. This sighting suggests that Tesla is actively developing and testing its autonomous driving technology for heavy-duty commercial vehicles, potentially signaling a future expansion into the self-driving freight sector. The development could dramatically reshape logistics and supply chains.
