The Vision Tokyo is the latest trailblazing spatial experience to come from Mercedes-Benz: its monolithic structure, futuristic design idiom and unique lounge ambience in the interior define it as luxurious, young and progressive – thus making it a fitting tribute to the sophisticated megacity and trendsetting metropolis that is Tokyo. Spatially efficient, versatile and intelligently connected, the Vision Tokyo – which is also capable of driving autonomously – is an urban transformer that reflects the growing youthfulness of the Mercedes-Benz brand.

The Vision Tokyo is a homage to the urban Generation Z, the cohort of people born since 1995 who have grown up with the new media. The role of the vehicle has changed for this global generation: it is no longer simply a means of getting around, but a digital, automobile companion. The Vision Tokyo takes things another step further: innovative algorithms allow it to evolve constantly; Deep Machine Learning and an intelligent Predictive Engine mean that, with each journey, it becomes more and more familiar with its occupants, their likes and preferences. All of which makes the Vision Tokyo the perfect partner for Generation Z.


The spaciousness of the Vision Tokyo marks a new conceptual approach for Mercedes-Benz Cars. These proportions are emphasised by the monochrome Alubeam paintwork and by side windows screen-printed in the colour of the vehicle. These give the vehicle’s occupants privacy, while at the same time allowing sufficient light to penetrate into the interior and an unimpeded view out.

Surfaces and lines illuminated in blue – among them the 26-inch wheels and the side skirts – provide unexpected colour highlights and are indicative of the concept car’s emission-free electric drive system. A pointer to the potential for autonomous operation and the comprehensive system of vehicle environment sensors that this requires, including a 360-degree camera, is provided by the fin on the vehicle roof.

Instead of a conventional windscreen, the Vision Tokyo features a continuous stretch of glass panelling – similar to the glazed cockpit of a powerboat. As was the case with the AMG Vision Gran Turismo, the front headlamps are set well to either side and at an angle. The area across the front of the vehicle can be used to display a series of different lighting functions. If music is playing inside the vehicle the display will, for example, visualise a sound pattern, rather like a sound analyser. The rear window is set into a surrounding ring of red LED cubes, which gives it visual depth. Once again, the LED field can be put to good use – as an indicator display or as part of the analyser function.


The dimensions of the Vision Tokyo (length/width/height: 4803/2100/1600 mm) are comparable with those of a mid-series vehicle. Up to five passengers access the interior via the upward-swinging door on the left-hand side – ideal for the right-hand-drive traffic in Japan’s megacity. The conventional seating arrangement in rows is thus redundant, while there is also no "front" or "back" here: passengers take their seats instead on a large, oval-shaped couch. This unique lounge-style arrangement allows everyone on board to enjoy the benefits of autonomous driving. For even though the members of "Generation Z" are frequent users of social media, they nevertheless prefer personal contact whenever possible. And it is for this face‑to-face communication that the seat layout has been optimised. As a contemporary-style club lounge, the Vision Tokyo brings people together. With the car in autonomous driving mode they are able to chill and chat, without having to worry about steering a way through the dense traffic.


The bodyshell of the Vision Tokyo has been designed to allow the crash-protected integration of a fuel cell-powered electric drive system. This is based on the trailblazing F-CELL PLUG-IN HYBRID of the F 015 Luxury in Motion and combines the on-board generation of electricity with a particularly powerful and compact high-voltage battery that can be charged contactlessly via induction. The use of pressure tanks made from CFRP is envisaged for the storage of hydrogen in the concept car. The electric hybrid system has a total range of 980 kilometres, of which some 190 kilometres are courtesy of battery-powered driving and around 790 kilometres on the electricity produced in the fuel cell.