THE WORLD'S LARGEST AUTOMATED BICYCLE PARKING SYSTEM — THE ONLY ONE DESIGNED TO PARK BOTH BICYCLES AND E-SCOOTERS
German Bikebox • March 30, 2026
A landmark installation that reflects years of research into urban mobility, safety and space efficiency, meeting the expectations of daily users and railway operators alike.
Urban mobility is changing rapidly. Cities are becoming more dense, public space is more valuable than ever, and the number of bicycles and micro-mobility vehicles such as e-scooters continues to grow every year. This transformation has created a new challenge for cities and transport operators: how to provide safe, efficient and reliable parking for these vehicles while preserving urban space and ensuring a positive experience for users.
For more than two decades, our engineering and research teams have been working closely with cities, transport authorities and infrastructure operators to understand these challenges in depth. Our work has not been limited to designing machines; it has involved studying the behaviour of users, analysing the operational needs of transport hubs, and evaluating the long-term sustainability of mobility infrastructure.
The result of this long process of research, development and real-world experience is the installation now operating at Tel Aviv Savidor Station — the world's largest automated bicycle parking system and the only system specifically designed to store both bicycles and e-scooters safely within the same automated facility.
This installation responds directly to the expectations of both users and railway operators.
For users, the system provides:
Secure protection against theft and vandalism
Protection from weather conditions
Fast and reliable operation
Simple and intuitive use
For railway companies and station managers, the system delivers:
High-capacity parking in limited urban space
Reliable and safe operation
Efficient use of infrastructure
Long-term operational sustainability
Automated bicycle parking systems represent a practical response to the future of urban mobility. By storing vehicles safely and efficiently, these systems help cities reduce congestion, protect public space and encourage the daily use of bicycles and micro-mobility vehicles.
A landmark installation that reflects years of research into urban mobility, safety and space efficiency, meeting the expectations of daily users and railway operators alike.
