Mercedes-Benz has demonstrated the real-world capabilities of its upcoming Van Electric Architecture (VLE) with an impressive long-distance test drive from Stuttgart to Rome—covering 1,090 km in just 13 hours with only two rapid 15-minute charging stops. The journey, undertaken by two prototype electric vans, highlights the efficiency, comfort, and agility of Mercedes’ next-generation electric commercial vehicles.
The test vehicles maintained a comfortable 22°C cabin temperature throughout the trip, despite external temperatures ranging from 11°C in Stuttgart to 33°C in Rome. The VLE’s advanced battery system ensured minimal charging downtime, proving that electric vans can handle demanding routes without compromising practicality.
Navigating winding Alpine passes and tight Italian city streets, the rear-axle steering system showcased its value by enhancing maneuverability. This feature, combined with the van’s responsive electric drivetrain, ensured stress-free driving even in congested urban environments.
This journey was part of Mercedes-Benz Vans’ rigorous development and validation program, which includes extreme climate testing, digital simulations, and real-world road trials. Dr. Andreas Zygan, Head of Development at Mercedes-Benz Vans, stated: “Our future MPVs have once again proven their everyday usability. Covering such a long distance with only two quick charging stops demonstrates the impressive efficiency of our new electric platform.”
The Stuttgart-to-Rome drive reinforces Mercedes-Benz’s commitment to zero-emission commercial mobility without sacrificing performance or convenience. With fast-charging capabilities, long-range efficiency, and driver-focused innovations like rear-axle steering, the VLE platform is poised to set new benchmarks in the electric van segment.
As Mercedes-Benz continues real-world validation, the VLE’s production version is expected to bring a new era of sustainable, high-performance electric vans to the market.