The visionary concept is based on an autonomously driven, electrically powered chassis, which can carry structures for passenger transport or goods transport. As a fully networked vehicle, Vision URBANETIC is partof an ecosystem in which commercial and private mobility wishes are transmitted digitally. Vision URBANETIC collates these needs and fulfilsthem with a highly flexible fleet, facilitating a considerable improvementin the use of resources.

Establishing trust through active communication with the environment

Many people still view autonomous vehicles with a certain degree of scepticism, because the topic "digital transformation" evokes a diffusedfeeling between fascination and uncertainty. Fascination because digital technologies can drastically simplify complex tasks and offer unique opportunities. Uncertainty because it often seems as if there might belittle room for human individuality and the ability to act freely.

That is why Mercedes-Benz is working on solutions that focus on people's freedom, decision-making authority and individuality. The goal is to createa balance between people and technology. Great importance is attached tothe concept of "informed trust". People need to be able to quickly and reliably assess what an autonomous vehicle will do next. The vehicle must inform in a way about its intentions that people can grasp directly and intuitively.

The Vision URBANETIC exemplifies solutions that can create and promotethis "informed trust". Especially with the People-Mover module, the Vision URBANETIC breaks new ground in communicating with its environment.

Using various camera and sensor systems, the vehicle fully perceives its surroundings in their entirety and communicates actively with it. Pedestrians who cross the street in front of it are informed by the large-format displayin the front of the vehicle through special animations that they have been perceived. A similar function is fulfilled by the digital shadowing that makes the side door area an active display. Several hundred light units signal the approaching persons that they have been recognised. Their contours areshown schematically on the outer shell. Pedestrians or cyclists can assess upcoming actions of the vehicle quickly and reliably.

Demand-oriented adaptation to demand in real time

The concept integrates an IT infrastructure that analyses supply and demand in real time. The result is an autonomous fleet whose routes are planned flexibly and efficiently on the basis of the current transport needs. Thanks to full networking, evaluation of local information and intelligent control, the system can not only analyse current requirements, but also learn from them.It is thus able to anticipate and respond to future needs. This process can be optimised, shortening waiting times in local passenger traffic or congestion can be avoided. For example, the entire system recognises a larger group of people in a specific area via data recording in the Vehicle Control Center. It can send vehicles there to serve the increased demand quickly and efficiently.

Efficient freight transport, fewer emissions and more quality of life

Mercedes-Benz Vans is pursuing an ambitious target with its Vision URBANETIC. It envisages transporting more people and goods with fewer vehicles on a virtually unchanged roads infrastructure in order torelieve inner cities and, at the same time, fulfil continually growing mobility requirements and customer desires. This would ultimately facilitate an improved quality of urban life – with flexible and comfortable movementof people, efficient and sustainable transportation of goods, significantlylower noise and pollutant emissions and greater freedom in city planning.

Locally emission-free and perfect for the city centre

Vision URBANETIC’s electric drive delivers zero-local-emissions mobility, thus making it the perfect vehicle for city centres and areas subject to legal access restrictions. The virtually noiseless electric drive also presents new options for late or night-time deliveries and thus offers major economic potential.

Grazie all’interconnessione, all’analisi di informazioni locali (ad esempio su concerti e manifestazioni) ed a una gestione intelligente, il sistema è in grado di valutare le esigenze del momento e, allo stesso tempo, sviluppare capacità di autoapprendimento. Ad esempio, il sistema può anticipare esigenze future e regolarsi di conseguenza. Ciò permette di ottimizzare i processi, riducendo i tempi di attesa o di consegna ed evitando il traffico. Attraverso i dati raccolti nel Vehicle Control Center, una centrale di comando dove confluiscono e vengono analizzate le richieste, il sistema è in grado di riconoscere, ad esempio, un nutrito gruppo di persone in una determinata zona e soddisfarne la domanda in modo rapido ed efficiente, inviando sul posto i veicoli necessari. Il sistema è quindi in grado di intervenire in modo flessibile senza basarsi su percorsi prestabiliti oppure orari prefissati.