Tag Archives: Robotaxi

Tesla Launches Robotaxi Service in Austin with Limited Availability

Tesla officially kicked off its highly anticipated robotaxi service in Austin on Sunday, June 22, marking a major milestone in the company’s push toward autonomous urban mobility. However, the launch came with significant limitations, raising questions about how close Tesla truly is to a driverless future.

Despite previous promises by Tesla CEO Elon Musk that the service would be fully autonomous, the current version still requires human oversight. Each robotaxi ride includes a “safety monitor”—a Tesla employee seated in the front passenger seat who can intervene in the event of a system failure or dangerous situation. The vehicles are also supported by remote drivers and, at times, escorted by additional staff.

Unlike other companies that deploy human supervisors only during the testing phase, Tesla’s approach blends commercial operation with safety monitoring, signaling that the service may still be in a transitional phase.

For now, the robotaxi service remains exclusive and invitation-only. Tesla has extended invitations primarily to hand-picked influencers and supporters of the brand, sparking criticism over the objectivity of early feedback. The company has not disclosed when, or if, the service will open to the broader public.

Tesla’s self-driving fleet currently consists of 10 to 20 modified Model Y vehicles. These vehicles operate only within a limited area of Austin that Tesla has heavily mapped. Operations are restricted to a specific timeframe—6 a.m. to midnight—and pause during adverse weather conditions. The vehicles also avoid highways, airports, and complicated intersections, which experts say are some of the most challenging scenarios for autonomous systems to handle.

The robotaxi program does not yet include the much-hyped Cybercab, Tesla’s next-generation autonomous vehicle concept unveiled last year. That vehicle isn’t expected to hit public roads until at least 2026.

While the rollout signals a step forward in Tesla’s long-term vision, critics say the company’s slow pace and reliance on human oversight contrast sharply with Musk’s bold claims about full autonomy. As competitors in the autonomous vehicle space—such as Waymo and Cruise—face their own growing pains, Tesla’s cautious approach in Austin may reflect both the promise and the persistent challenges of making robotaxis a real-world reality.

Source: Reuters

Volkswagen ID. Buzz AD Drives into the Autonomous Era

Volkswagen is set to take a monumental leap into the future of mobility with the upcoming launch of its first fully autonomous production vehicle — the electric ID. Buzz AD. Representing a new technological era for the German automaker, the vehicle promises to transform urban transportation, although it won’t be available to private buyers.

Expected to enter regular use in Hamburg and Los Angeles by 2027, the ID. Buzz AD is positioned not as a consumer car but as a purpose-built solution for public transportation fleets, ride-sharing services, and commercial partners such as Uber and Moia. The van will debut with around 500 units operating in Hamburg as part of Volkswagen’s own ride-hailing service.

Unlike some competitors in the autonomous race who are targeting individual ownership, Volkswagen is embracing a strategic fleet-first approach. “This is a true revolution in mobility, and we want to shape how cities move,” said a company spokesperson. The vehicle is engineered specifically for urban environments and requires integration with a digital control center, making personal ownership both impractical and economically unviable.

The ID. Buzz AD stands out not only as Volkswagen’s first autonomous vehicle, but also as Europe’s first fully autonomous production car, assembled at the company’s commercial vehicle facility in Hanover. While the model is based on the familiar ID. Buzz design, it is a technological marvel in its own right — equipped with 13 cameras, 9 LiDAR systems, and 5 radar sensors that monitor its surroundings in real time. The system supports autonomous travel at speeds of up to 120 km/h and accommodates four passengers.

Originally slated for launch in 2026, the ID. Buzz AD’s rollout was postponed by a year to allow further development and regulatory approvals, particularly in Europe where legislation for Level 4 autonomy is still evolving. In the interim, vehicles will still feature a safety driver until full certification is secured.

Volkswagen’s autonomous driving program began in earnest in 2021. Since then, its test fleet — now numbering around 100 vehicles — has logged over 600,000 kilometers across cities including Munich, Hamburg, Austin, and Oslo. This growing experience base forms the foundation of the commercial-scale deployment planned for 2027.

The long-term vision is ambitious: Volkswagen plans to deliver more than 10,000 autonomous ID. Buzz vans in the first generation, with Uber alone expected to acquire up to 10,000 units over the next decade.

Yet, for all its technological promise, the ID. Buzz AD remains out of reach for private buyers — not just due to its operational restrictions but also its prohibitive cost. Estimates suggest that a single unit could exceed €100,000, rendering it a vehicle designed strictly for integrated, urban fleet use.

As cities prepare for smarter, more efficient transport systems, Volkswagen’s ID. Buzz AD might just be the vehicle that drives that change. But for now, it will remain a vision shared, not owned.

Source: Volkswagen

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Zoox recalled 270 robotaxis

Ever since self-driving cars hit the roads, there have been many problems that companies have had to deal with. A few days ago, Amazon recalled 270 of its Robotaxi due to software issues.

On May 8 in San Francisco, an electric scooter driver crashed into an Amazon Robotaxi, after which the vehicle did not stop but continued to move in autonomous mode. Fortunately, the scooter driver, who suffered minor injuries, managed to escape and avoid more serious injuries.

The company recalled all vehicles after the accident and conducted an investigation. Analysis showed that the vehicle, after stopping, could not detect a person lying injured on the road in the immediate vicinity. Therefore, the software would allow the vehicle to continue moving forward because obstacles were not detected.

Software errors are only possible at speeds below 1.7 km/h. The company resolved the problem by updating the software, which was confirmed in simulations, as well as in real-world testing.

Amazon Zoox is currently being tested in several US cities (Las Vegas and San Francisco). The company plans to make the robotaxi available to the public in Las Vegas, as part of a plan to give free rides to select people in exchange for feedback.

Source: Reuters

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