Ride-hailing service Bolt, technology firm Pony.ai, and automotive leader Stellantis have joined forces for a new project aimed at testing autonomous vehicles on public roads in Luxembourg, a country known for its progressive stance on transportation technology.
This initiative focuses on advanced automated driving systems, trialed under real traffic conditions. Stellantis is supplying a specialized midsize van built on the company's proprietary L4-Ready Platform. Pony.ai integrates its seventh-generation autonomous driving technology into this vehicle, enabling it to achieve Level 4 autonomy, meaning it can operate independently without human intervention within designated geo-fenced areas. The system effectively combines software and hardware to recognize road signs, detect pedestrians, and navigate complex intersections.
The trial vehicle features a unique combination of technologies from all three companies. An official image reveals modifications to the standard van, including an array of autonomous sensors and cameras mounted on the roof rack. The van is prominently branded with green and white colors, showcasing the logos of both Bolt and Pony.ai alongside Stellantis's branding.
This program serves as a real-world laboratory for urban mobility, adhering to a structured timeline. Testing will commence in the quieter town of Bissen, gradually expanding over twelve months to include the busier streets of Luxembourg City. This measured approach allows developers to validate the safety and performance of the vehicle's software before its introduction into a densely populated urban environment.
The project's scope will broaden over the year, initially starting with just five automated vans. As the reliability of the software is proven in local traffic, the companies plan to deploy more vehicles. The final phase of the pilot aims to operate up to 30 autonomous vans simultaneously, allowing engineers to test fleet operations, deployment strategies, and the overall reliability of the backend network.
This initiative marks a significant milestone for Bolt, representing the company's first autonomous mobility pilot program in Europe. As a leader in shared transit, Bolt operates in over 50 countries and 850 cities, serving more than 200 million customers and connecting over 4.5 million drivers globally. Through the exploration of automated technology, Bolt aims to accelerate the global shift from private car ownership to shared electric vehicles and efficient fleets.
Pony.ai contributes extensive technical expertise to this European collaboration. Established in 2016, the company is focused on the large-scale commercialization of driverless transit solutions. Its core offering is a vehicle-agnostic platform named Virtual Driver, which combines proprietary software, specialized sensors, and remote fleet services. Pony.ai conducts testing and commercial programs across China, East Asia, the Middle East, and Europe, accruing data from millions of kilometers driven to enhance passenger safety.
For Stellantis, this pilot program is an opportunity to showcase its expanding network of partnerships and further its global automated mobility strategy. As one of the world's largest automakers, Stellantis has a diverse portfolio that includes both historic and contemporary brands—such as DS Automobiles, Peugeot, Citroën, Fiat, Opel, Vauxhall, Alfa Romeo, Maserati, Lancia, and Abarth. The group also manages renowned American brands like Jeep, Ram, Dodge, and Chrysler, in addition to various mobility services like Free2move and Leasys.
The launch of this testing program coincides with significant political developments across Europe. Transport ministers from 17 EU countries convened in Luxembourg to sign a joint proposal aimed at establishing a unified European "testbed" for automated transit. While Europe currently lags behind China and the United States in operational robotaxi deployments, politicians are beginning to understand that the need for separate regulatory permits for each country hampers innovation. Consequently, they are working towards harmonizing regulations.
Despite the goal of fully autonomous operation, the vans will initially include a human safety driver, as European regulations mandate that a driver must be present during the trial phase. This safety driver occupies the front seat to oversee the system’s operation, intervening only in emergency situations. The three companies anticipate that data gathered during this trial will demonstrate to regulators the software’s readiness for human-free operation.
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