As I mentioned with my friend Alberto Robiati in this piece on Fatto Quotidiano, in the chaos of modern cities, urban mobility will face unprecedented challenges, between traffic congestion and the constantly evolving needs of citizens. This is why I found the technology of PIX Moving interesting: Robobus, an autonomous vehicle that redefines the concept of urban travel.
Featuring surprising modularity, this little shuttle can transform into a variety of environments. Which? A mobile gym. Or a quiet library, or even a cozy café, a space for business meetings. Robobus is not a simple transportation from point A to point B, but extends to create real 'moving spaces', revolutionizing the way we live and move in urban areas.
A new approach to mobility
The Robobus concept by PIX Moving it's not just innovative, but revolutionary. This autonomous shuttle transforms urban travel into a multifunctional and adaptable experience. Its interiors can be configured to meet different needs: work spaces for meetings on the go, relaxation areas for a coffee with friends, or even a mobile gym for those who want to stay fit while on the move.
This flexibility makes Robobus not just a means of transport, but a place of life, work and leisure. Exploiting generative design powered by AI algorithms, 3D printing and real-time robotic manufacturing, PIX Moving lays the foundation for agile and sustainable manufacturing. This approach not only ensures flexibility in creating different 'moving spaces', but also reaffirms the company's commitment to safeguarding the ecosystem.
Robobus, elegant and functional
The aesthetics of Robobus are a perfect combination of functionality and design. Its exterior, modern and harmonious, reflects urban chic aesthetics with a touch of sympathy. Incorporating autonomous driving technology, Robobus navigates safely and efficiently through urban environments, with L4-level autonomous driving capabilities in closed and semi-closed operational domains. Its bidirectional movement and multi-situation applications make it suitable for various carrying needs.
And safety? An absolute priority. Robobus is equipped with a configurable “sensory package” and multiple layers of safety redundancy to ensure passenger protection. Its Ultra-skateboard chassis with drive-by-wire capabilities ensures precise control at the hardware level. Furthermore, the modularity of the detachable body and chassis allows transformation into a wide range of robo vehicles for Mobility as a Service, adapting to the changing needs of the city.
Towards sustainable urban mobility
Projects like Robobus have the potential to significantly transform the urban fabric. Its ability to adapt to different urban scenarios, from tourist attractions to university campuses, from industrial parks to airports, makes it a versatile means of improving the mobility experience in cities.
With fleets distributed along the main city streets, in the coming years vehicles like Robobus will be able to contribute to a future where mobility is not only efficient, but also integrated into the daily life of the city.
