Stellantis Pro One and UQI Robotics have unveiled BOW, an autonomous electric delivery vehicle designed to reshape how goods move through congested urban areas. The concept vehicle, presented at IAA Transportation in Hannover, represents a shift in commercial mobility beyond traditional driver-operated vans toward integrated logistics platforms that combine electrification, autonomous operation, and digital connectivity.
BOW targets a specific problem: cities are tightening emissions rules, restricting delivery access zones, and demanding faster last-mile logistics. Conventional delivery fleets struggle to meet these competing pressures. Stellantis and UQI Robotics are developing BOW as a solution that operates fully electric and autonomously in urban environments while potentially reducing reliance on conventional driver-operated vehicles in certain applications.
The partnership combines complementary expertise. Stellantis Pro One brings commercial vehicle knowledge and understanding of professional customer operations. UQI Robotics, established in 2020 as a joint venture between UBTECH and Miracle Automation, contributes artificial intelligence, robotics, and autonomous systems experience. The company reports that its technologies have been deployed across more than 60 cities worldwide.
Beyond a Single Vehicle
BOW is not simply a driverless electric van. Stellantis describes the vehicle as a platform for an integrated logistics ecosystem aimed at improving efficiency, productivity, and sustainability for commercial operators. The companies are evaluating how autonomous driving, vehicle electrification, connectivity, and supporting digital services work together as one solution rather than separate technologies.
The vehicle could operate not only on city streets but also in controlled environments beyond public roads: industrial facilities, airports, hospitals, and restricted-access areas where low-emission requirements are strict. However, Stellantis and UQI Robotics have not yet released key technical specifications. Battery capacity, driving range, payload capacity, autonomous-driving sensors, and other performance details remain undisclosed.
Testing in Europe First
The initial validation phase will focus on Europe, where local operating conditions and regulatory requirements differ significantly from other markets. This approach recognizes that autonomous logistics technology already operates in some regions, but European commercial fleets face distinct challenges around regulation, infrastructure, and operational needs.
The collaboration is intended to investigate a more comprehensive model in which the vehicle becomes part of a connected logistics operation rather than simply adapting an existing autonomous platform. Stellantis and UQI Robotics plan to examine results before potentially expanding into international markets.
Connecting to Broader Commercial Strategy
BOW is part of Stellantis Pro One’s FaSTLAne 2030 strategy, which focuses on combining customer-oriented technologies with partnerships across the commercial-vehicle industry. The strategy includes development of fleet integration, services, and business solutions designed to help operators improve efficiency while moving toward sustainable delivery models.
This reflects a broader shift in commercial vehicle operations. Electric vans increasingly function as one component of a larger efficiency equation. Fleet operators now evaluate automation, connected vehicles, route optimization, and digital fleet management alongside electrification to reduce operating costs.
Concept Stage With Forward-Looking Purpose
Stellantis has not announced production plans or a launch date for BOW. The vehicle remains a concept platform for testing technologies and business models rather than a near-term product. Its significance lies in what the companies are learning about how electric powertrains, autonomous operation, and connected logistics services could allow commercial operators to rethink goods movement through cities.
As urban emissions rules tighten and logistics companies seek more efficient last-mile solutions, concepts such as BOW provide an early indication of how the electric commercial vehicle may evolve beyond the traditional delivery van. The project offers Stellantis Pro One an opportunity to study autonomous commercial mobility in Europe while partnering with a technology specialist in robotics and artificial intelligence.
