Volkswagen's MOIA and Uber Launch Self-Driving ID. Buzz Tests in LA
Volkswagen's MOIA America and Uber have officially begun on-road testing of self-driving ID. Buzz minibuses in Los Angeles, marking the first U.S. city in their multi-city rollout strategy. The initial fleet operates with human safety operators, targeting commercial service by late 2026 and fully driverless operations by 2027. This move leverages the specialized ID. Buzz AD equipped with a 27-sensor Mobileye platform and Uber's extensive ride-hailing network.
Los Angeles, CA – Volkswagen's autonomous mobility subsidiary, MOIA America, has commenced on-road testing of its self-driving ID. Buzz minibuses in partnership with Uber. This marks a significant milestone in the companies' ambitious plan to deploy autonomous ride-hailing services, with an initial fleet of approximately 10 vehicles now navigating Los Angeles streets. The pilot phase includes human safety operators and aims for commercial operations by late 2026, leading to fully driverless service in 2027.
This deployment in Los Angeles represents the first U.S. city in what Volkswagen and Uber envision as a multi-city expansion over the next decade. The current testing phase will eventually scale to over 100 autonomous ID. Buzz vehicles, allowing for extensive real-world validation before the planned commercial launch. The presence of human safety operators is a crucial step in fulfilling California's stringent regulatory requirements for autonomous vehicle testing and eventual commercial service.
The Autonomous ID. Buzz: A Technical Marvel
The ID. Buzz AD variant, specifically designed for autonomous operation, distinguishes itself from its consumer counterpart with an advanced 27-sensor suite. This comprehensive system integrates 13 cameras, nine LiDAR units, and five radars. All collected sensor data is processed by a Mobileye-sourced computer running the Mobileye Drive platform. This partnership, established after Volkswagen's previous collaboration with Argo AI, places Mobileye in charge of the crucial software, hardware components, and digital mapping that drive the vehicle's decision-making capabilities.
Manufactured by Volkswagen Commercial Vehicles at its Hanover plant, the production-ready autonomous ID. Buzz can accommodate up to six passengers. Its powered sliding doors enhance practicality for group ride-hailing, a key use case MOIA has been developing since its inception.
Charting the Course to Commercial Service
MOIA America faces a rigorous regulatory pathway in California, requiring both a commercial deployment permit from the Department of Motor Vehicles and a ride-hailing permit from the Public Utilities Commission. The current testing phase is vital for technical validation and demonstrating safe operation to regulators.
The timeline for deployment is robust. Following the initial testing with around 10 vehicles, the fleet is expected to expand to over 100 vehicles with safety operators before commercial service begins by the end of 2026. The aspiration for fully driverless operation, without any human onboard, is set for 2027. MOIA America intends to scale its Los Angeles operations to more than 500 autonomous vehicles by the third quarter of 2027, with plans to introduce over 1,000 vehicles across additional U.S. cities thereafter.
Paul DeLong, President of commercialization at MOIA America, underscored the strategic choice of Los Angeles, noting its history in shaping car culture and adopting new mobility technologies. He also highlighted the integral role of the Uber partnership, leveraging a platform that millions of riders already trust. Sascha Meyer, Chief Commercial Officer for Volkswagen Autonomous Mobility, emphasized the strong momentum behind this real-world deployment, while Uber CEO Dara Khosrowshahi hailed it as a significant milestone reflecting both companies' dedication to the future of transportation.
Strategic Market Entry and Uber's Platform Approach
Los Angeles is a competitive landscape for autonomous vehicle services, with Waymo already offering fully driverless rides since 2024 and expanding significantly. This existing presence establishes a clear performance benchmark for MOIA and Uber, offering riders a direct comparison from day one.
MOIA brings valuable operational experience to the U.S. market, having managed a ride-pooling service in Hamburg, Germany, since 2019, transporting over ten million passengers. Its autonomous program in Hamburg, part of the federally supported ALIKE project, means the ID. Buzz AD platform has prior commercial public operation experience.
Uber's involvement in this partnership aligns with its broader strategy as a distribution layer for autonomous vehicles, rather than a developer of the core technology. Following the sale of its Advanced Technologies Group in 2020, Uber has focused on partnering with various AV companies. This includes its relaunched Motional robotaxi service in Las Vegas and a pilot with Wayve and Nissan in Tokyo. The MOIA America collaboration adds another geography and technology partner to Uber's expanding network, which benefits from Uber's demand generation, brand recognition, and logistical infrastructure, supported by its AI infrastructure partnership with AWS for dispatch, routing, and fleet management.
FAQ
Q: When can passengers expect to take commercial rides in the autonomous ID. Buzz minibuses?
A: MOIA America and Uber aim to offer commercial rides with human safety operators by the end of 2026. Fully driverless service, without any human in the vehicle, is targeted for 2027.
Q: How does the autonomous ID. Buzz AD differ from the consumer version?
A: The autonomous ID. Buzz AD is equipped with a specialized 27-sensor suite, integrating 13 cameras, nine LiDAR units, and five radars. It runs on Mobileye Drive platform software and hardware, and features powered sliding doors for practical group ride-hailing, unlike the standard consumer ID. Buzz.
Q: What is Uber's overall strategy for integrating autonomous vehicles into its services?
A: Uber positions itself as the distribution platform for autonomous vehicles, rather than developing the underlying technology itself. It partners with various AV technology providers, integrating their vehicles into its ride-hailing network to provide demand, brand recognition, and logistical support across multiple cities.
Related articles
Pentagon Halts 155 Wind Projects in 24 States Over Drone Fears
The Pentagon has frozen permitting for 155 wind projects across 24 states for nearly a year, citing concerns that drones can hide within wind farms. This impacts 44 gigawatts of capacity and has cost developers $2 billion. The wind industry claims the freeze is politically motivated and has filed a lawsuit.
in-depth: Chewy Promo Codes: $20 Off July 2026: coupons — Key Details
Pet owners can find substantial savings at Chewy in July 2026. New customers get $20 off first orders (code WELCOME) and free shipping. Existing users benefit from exclusive deals, Autoship discounts, and a Chewy+ membership for ongoing perks and rewards.
Kalshi says it caught Trump’s teleprompter operator insider trading
Prediction market platform Kalshi has accused Donald Trump's teleprompter operator, Gabriel Perez, of insider trading, alleging he used advance knowledge of Trump's speeches to win over $100,000. Kalshi flagged the activity and referred it to the CFTC. While federal prosecutors declined a criminal case, a settlement is being discussed.
AI-powered travel agency Fora hits unicorn status, raises $60M
Fora, the innovative AI-powered travel agency, has officially joined the ranks of billion-dollar companies, announcing a $60 million Series D funding round that solidifies its unicorn status. The capital injection, led
in-depth: 11 Best Sleeping Bags (2026): Ultralight, Warm Weather, for
A comprehensive guide to the best sleeping bags for 2026 has been released, featuring expert-tested options for every outdoor adventure. From ultralight designs to comfy car camping bags and kid-specific models, this updated selection helps adventurers find their perfect sleep system for warmth and comfort.
Applied Computing wants to give oil and gas operators an AI model for
Applied Computing, a London-based startup, has secured $20 million in Series A funding to advance its foundation AI model, Orbital, for the oil, gas, and petrochemical industry. Orbital aims to integrate disparate data sources—sensor readings, engineering data, and physics models—to provide real-time operational insights, drastically reducing investigation times and enhancing efficiency. The company plans to use the capital for international expansion, hiring, and new client deployments, building on its rapid growth and strategic partnerships with industry giants like KBR.