When arriving at Utrecht Central Station by bicycle, the route takes you directly into the world’s largest bicycle parking facility, providing space for up to 12,500 bicycles, just beneath the busy station square and train tracks.
This facility is an example of how bicycle parking can be integrated into a wider transport hub, providing connectedness and efficiency to daily bicycle commuters. But it also raises questions that are relevant to cities dealing with a growing demand for bicycle parking: How do you provide enough spaces in a dense urban environment? How do you connect bicycle parking to public transport? And what does it take to finance and operate a facility of this scale?
To better understand the practical considerations behind a facility of this scale, we spoke with Edward Douma from NS Stations, who has been closely involved with bicycle parking in Utrecht’s Central Station. His insights on the daily use, costs, financing and operation of Utrecht’s parking facilities, puts the city’s approach into perspective.
A record-breaking bicycle parking
While underlining how important the connection between cycling and public transport is in the Netherlands, expert Edward Douma adds: “Cyclists are inherently lazy, which means that bikes are parked where it is most convenient.”
For this reason, bicycle parking should be located within approximately 100 metres of the final destination to remain convenient and attractive, as suggested by a research by CROW-Fietsberaad, and the closeness between the bicycle parking of Utrecht Centraal and the train tracks, make it ideal for bike commuters, who can enter the facility from the surrounding cycle paths, park their bicycle and immediately continue their journey by train. This approach, favouring conveniency and inter-modality, is not unique to Utrecht’s Centraal, but it is widespread across the country; and does not surprise to learn that around 38–40% of people arrive at railway stations by bicycles.
Another winning point of the world’s largest bike Parking lot is the clarity of its design: the parking spaces have multiple entry and exit points, providing a connection between different sides of the stations, vertical and horizontal signage help with orientation and digital way finding provides users a simple way to find available spaces and locate their bicycles when they return. The bicycle shed also includes additional services, such as bicycle repairs, maintenance and around 1,000 OV-fiets rental bicycles. In this way, it forms part of the wider connection between cycling and public transport rather than functioning simply as a parking space.
Operational tasks
Running a record-breaking bicycle parking requires continuous management, funding and staff presence. In Utrecht, this is done by the municipality of Utrecht, ProRail (operating for the Ministry of Infrastructure) and NS Stations.
When going in Stationsplein Bicycle Shed, you will always find a staff member, there to monitor the situation and remove bicycles that have been left for more than 28 days. And not only, you will find cleaners, security and staff responsible for maintenance.
Another challenge of managing such a large facility, is dealing with the capacity of bike sheds. A bicycle parking facility can already feel full to users when it reaches around 90% occupancy, even if spaces technically remain available.
Edward explains, “Utrecht manages capacity through different types of access, including yearly subscriptions, which guarantees users a dedicated space. This provides greater certainty for frequent visitors, while helping the facility manage demand, and as pressure on capacity is likely to increase, this becomes a more and more significant challenge”. And it does not end here, he adds “Another challenge is the speed with which bicycles are changing, cargo bikes numbers are increasing and they require more space than conventional bicycles, usually one cargo bike takes the space of four normal sized bikes; at the same time, shared and rental bicycles create a different type of demand.”
Managing Utrecht Centraal’s bike parking lot takes a lot more effort than just building or counting parking spaces, both in terms of human and economic resources.
Who pays for bicycle parking?
As explained by Edward, in the Netherlands, the costs of station bicycle parking are shared between different stakeholders. In Utrecht, the municipality, NS Stations and ProRail all play a role. From 2016 to 2026, around 60% of construction and maintenance costs were covered by the municipality and 40% by the Ministry of Infrastructure. Operational costs are shared between the municipality, which covers two-thirds, and NS Stations, which covers the remaining one-third. However, Edward points out that, from 2026 onwards, the cost-sharing model is changing: ProRail and the Municipality will each cover 50% of construction and maintenance costs, while operational costs will be split equally between the Municipality and NS Stations. This new model aims to better align who pays with who has a say in decision-making and operations.
The different contributions reflect the different roles bicycle parking can play. For municipalities, it can help manage public space and support cycling. For NS and ProRail, it forms part of the connection between passengers and the railway network. For the national government, it can contribute to wider mobility objectives.
Edward adds, “This facility is not designed with the goal of generating revenue. Around 90% of the users can park for free during the first 24 hours, meaning that parking fees do not cover the full cost of operating the facility; sure, it costs a lot of money, but it is not expensive”. Ultimately, this distinction highlights how the value of a well-connected bicycle parking goes beyond the revenue it generates. By making cycling the easier choice, bike parking infrastructures help in reducing car traffic, pollution, and stimulating active mobility, supporting sustainable door-to-door journeys and generating benefits for society overall.
Lessons from Utrecht
The example of Utrecht’s Stationsplein Bicycle Shed cannot simply be replicated elsewhere; its scale, underground location and direct connection to Utrecht Central Station are specific to its context. However, the Utrecht experience offers adaptable principles to consider when developing bicycle parking in other cities:
For cities across the world looking to increase cycling numbers, the Utrecht experience shows how bicycle parking is a key part of a larger network of mobility infrastructure, offering valuable lessons on what it means to be a cycling city.