May Mobility is preparing to bring the Volkswagen ID. Buzz into the global robotaxi market, announcing plans to deploy more than 10,000 autonomous electric vans by 2031. The project will combine Volkswagen’s iconic electric van with May Mobility’s autonomous driving technology, creating a new platform designed specifically for commercial ride-hailing services.
The partnership represents a significant step in May Mobility’s international expansion strategy and could give the ID. Buzz a new commercial opportunity beyond traditional private ownership.
The first production-ready vehicles are targeted for delivery in 2028, while on-road testing in the United States is expected to begin in early 2027.
The collaboration will see Volkswagen ID. Buzz vehicles adapted to meet May Mobility’s Autonomous Driving Kit (ADK) requirements. The vehicles will then receive May Mobility’s autonomous driving technology through its partnership with automotive technology company ECARX.
Charlton Intelligence.ai has also joined the collaboration, supporting vehicle delivery and deployment.
Development work is already underway, with the partners focusing on creating a production-ready electric van that can be integrated into different global robotaxi platforms.
May Mobility plans to work with external fleet operators and mobility providers rather than owning and operating all the vehicles itself. This asset-light business model allows the company to concentrate on autonomous driving technology while relying on established partners to manage transportation services.
The company expects the combined supply chain and technology collaboration with ECARX and Charlton Intelligence.ai to deliver targeted cost savings of more than 50% compared with its current-generation vehicle platform.
That reduction could be particularly important as autonomous ride-hailing companies look for ways to make driverless transportation commercially viable at a larger scale.
At the heart of the project is May Mobility’s autonomous driving system, which uses a predictive world model to understand its surroundings and make driving decisions.
Rather than simply reacting to what is happening around the vehicle, the software evaluates how traffic conditions could develop over the next several seconds.
According to May Mobility, its system can simulate scenarios up to 10 seconds into the future. It evaluates multiple possible driving strategies in real time before selecting the maneuver considered most appropriate for the situation.
The system performs its calculations using onboard computing hardware instead of depending on continuous cloud processing. This allows the vehicle to make driving decisions with minimal delay and operate without relying on a constant mobile network connection for its core autonomous driving functions.
This predictive approach is designed to help autonomous vehicles handle complex road situations, including interactions with other vehicles, pedestrians and changing traffic conditions.
The technology will be integrated into the Volkswagen ID. Buzz, turning the electric van into a purpose-built platform for driverless passenger transportation.
The Volkswagen ID. Buzz may have faced challenges attracting private EV buyers, particularly because of its relatively high starting price and range considerations. However, its characteristics could make it a strong candidate for commercial passenger transportation.
Inspired by the original Volkswagen Type 2 Bus, the ID. Buzz combines retro styling with modern electric vehicle technology.
Its biggest advantage for robotaxi services is interior space. The van offers a passenger-friendly cabin, multiple entry doors and convenient access, making it suitable for transporting several people at once.
These characteristics are particularly valuable for ride-hailing services, where passenger comfort, accessibility and efficient vehicle utilization are important considerations.
The ID. Buzz also has a distinctive appearance that could help autonomous transportation services stand out in increasingly competitive mobility markets.
For Volkswagen, the partnership could provide another way to expand the commercial applications of its electric van, particularly as autonomous ride-hailing services continue developing in major cities.
May Mobility is not entering the robotaxi business without commercial experience.
The company says it has completed more than 600,000 autonomous rides covering approximately 1.1 million miles across the United States and Japan.
It has also conducted three driver-out deployments, meaning autonomous vehicles have operated on public roads without a human safety driver behind the wheel.
May Mobility currently operates commercial services in several U.S. locations, including Atlanta through its partnership with Lyft, as well as Eden Prairie and Grand Rapids in Minnesota.
The company is also targeting a commercial launch with Uber in Arlington, Texas, in 2027.
Its international expansion includes a six-month on-demand autonomous vehicle pilot with NTT Mobility in Nagoya, Japan, which launched in September.
These existing operations provide an important foundation for the planned Volkswagen ID. Buzz deployment. Instead of building an entirely new robotaxi network, May Mobility intends to work with established mobility platforms and fleet operators.
May Mobility’s announcement comes as automakers and technology companies increasingly explore autonomous electric passenger transportation.
Volkswagen itself has been developing autonomous mobility solutions through its MOIA subsidiary, which has also been testing an autonomous ID. Buzz in Los Angeles.
This highlights the growing interest in using electric vans as platforms for future driverless transportation services.
Compared with conventional passenger cars, electric vans offer more interior space and easier passenger access. Those advantages could make them particularly attractive for shared mobility, airport transfers and other commercial transportation applications.
However, deploying thousands of autonomous vehicles will require more than capable hardware and software. Companies must also address regulatory approval, operational reliability, fleet management and passenger confidence.
The planned testing program beginning in 2027 will be an important step toward demonstrating whether the Volkswagen ID. Buzz can meet the requirements of large-scale autonomous ride-hailing operations.
