The Netherlands is a cycling country par excellence. With 23 million bicycles and a network of 37,000 kilometers of bike lanes, cycling remains the most popular mode of transportation in cities. However, the increase in bicycle use - from recreational cyclists to e-bikes, speed pedelecs and cargo bikes - brings new challenges. How do we keep our bike lanes safe, accessible and attractive in a time of growing mobility?
Increasing crowds, increasing risks
The number of cyclists in the Netherlands has been increasing for years. Electric bikes, speed pedelecs and cargo bikes have created additional diversity on bicycle paths in the process. While this growth contributes to more sustainable mobility and less car traffic, it also leads to problems. Research by SWOV shows that road safety at high bicycle intensities reaches a tipping point.
In contrast to other countries, where more cyclists usually lead to more safety, the opposite is true in the Netherlands. Narrow bike lanes, higher speeds and a mix of different types of road users create conflicts and accidents. Moreover, the feeling of unsafety on busy routes contributes to some cyclists adjusting their behavior or even switching to other modes of transportation.
The challenge lies in putting in place an infrastructure that both ensures security and provides room for further growth. But effective policymaking requires more than just good intentions. Reliable data is essential to uncover bottlenecks and take appropriate action.
Data as the basis for targeted solutions
Cities need detailed insights to improve traffic safety on bike lanes. Questions such as "Where do the biggest bottlenecks occur?", "What speed is driven where?" and "How do different types of road users behave in relation to each other?" are crucial to answer.
"Only by knowing exactly what is happening on our bike paths can we create solutions that work," states Thijs Roosendaal, commercial director at MultiSensors. "It's not just about numbers, but insights that help make mobility safer and more efficient."
Data-driven solutions allow policymakers to target investments where they will have the most impact. This can range from wider bike lanes to separated traffic flows and lower speed limits at critical points.
Technology as a tool for the future
Innovation plays a key role in collecting this data. Modern sensor technologies, such as those developed by MultiSensors, make it possible to accurately map intensities, speeds and types of road users. Thanks to privacy-friendly technologies, such as MultiSensors' sensors, traffic flows can be monitored without infringing on cyclists' privacy.
"What we're trying to do is give cities the tools to make decisions with confidence," Roosendaal continued. "With the right data, you can not only address bottlenecks, but also anticipate future growth."
Working together for safe bike lanes
Crowding on bike lanes is both a blessing and a challenge. It requires collaboration between governments, mobility experts and technology providers to manage this congestion. By not just relying on models with limited data points, but putting accurate data points and innovation at the center, we can build a future where cycling remains safe and sustainable.
Want to learn more about how data can contribute to better cycling infrastructure? Find out how reliable insights can make a difference and get in touch. Together, we can make the future of mobility safer.