A New Class of Public Transport

The Missing Link Between Bus and Modern Tram

The electrification of commercial vehicles is opening a window the industry has not seen in a long time: the chance to rethink the very architecture of these vehicles. Most public transport vehicles in service today are based on concepts designed decades ago, for cities that have since changed.

Meanwhile, medium-capacity urban corridors, between what buses can deliver and the threshold where rail becomes undeniably justified, remain underserved. Neither buses nor rail address this demand range adequately.

Our R&D work starts from this observation. We design from a clean sheet, asking what urban mobility actually requires rather than what legacy architectures allow. This approach has led us to develop a new class of road-based public transport vehicle, capable of delivering service quality comparable to that of a modern tram, without the rail infrastructure.

Pantero Roadtram™ Technology

Note: Schematic illustration, does not represent the final appearance of the vehicle. | © Pantero Mobility. All rights reserved.

The Roadtram is a multi-articulated electric vehicle for medium-capacity urban corridors, from where conventional buses reach their limit up to the threshold where rail becomes undeniably justified. It delivers tram-class service quality on the road, without rails or mandatory catenary, in configurations up to 48 m and over 300 passengers.

This platform draws on several innovations proprietary to Pantero. Its architecture is modular: each module carries its own subsystems and onboard control intelligence, coordinated at vehicle level. Intelligent active steering on all axles and an advanced driver-assistance system, combined with a next-generation cylindrical articulation system, deliver manoeuvrability superior to that of a conventional articulated bus, even on configurations up to 2.5 times longer. The electronic architecture is also designed to evolve toward higher levels of automation as the technology matures and regulations allow. The vehicle structure uses lightweight solutions developed specifically for this application, which significantly reduce axle load (less damaging to roads) and improve durability. This integrated approach lets us design a platform and vehicles with no commercial equivalent today.