Across Europe, shared e-scooters and bike-sharing systems have become increasingly visible parts of the urban mobility landscape. What began as a rapid wave of experimentation has consolidated into a broader debate about how cities can integrate shared micromobility into sustainable, efficient and people-centred transport systems.

This article builds on insights from the E-scooter and Bike Share Urban Usage Focus Group Report developed within the Smart Cities Marketplace initiative, as well as recent market data from the Fluctuo European Shared Mobility Index. Together, these sources highlight how European cities are moving beyond the chaotic initial deployment phase of shared mobility and entering a new stage, moving towards better regulation, infrastructure and integration with public transport.

Recent industry figures reflect both the scale and maturity of the sector. According to Fluctuo’s analysis, shared mobility operators recorded approximately 709 million trips across Europe in 2025, with e-scooters and bike-sharing continuing to dominate urban usage. London and Paris alone accounted for one in every three shared bike trips across Europe, while Berlin remained one of the continent’s largest overall shared mobility markets.

At the same time, cities are increasingly confronting the practical realities of integrating these services into complex urban environments. Questions around safety, public space management, infrastructure quality and governance have become central to the future of micromobility policy across Europe.

For municipalities, the challenge is no longer whether shared micromobility belongs in cities, but how it can contribute effectively to wider mobility, sustainability and urban liveability goals.

The rapid growth of micromobility transformed urban mobility discussions

The rise of shared micromobility coincided with broader changes in urban transport priorities across Europe. Cities were already under pressure to reduce congestion, improve air quality and accelerate decarbonisation efforts. Shared bikes and e-scooters quickly emerged as attractive tools for addressing short-distance urban trips while complementing public transport systems. According to 

Their appeal was particularly strong for first- and last-mile connectivity. In many urban areas, residents could combine metro or rail journeys with short e-scooter or bike trips, reducing dependence on private vehicles for everyday mobility.

The COVID-19 pandemic accelerated this behavioural shift even further. During and after lockdown periods, many European cities expanded cycling infrastructure and reallocated street space to active mobility. Shared micromobility operators benefited from growing demand for flexible and socially distanced transport alternatives.

Cities such as Milan and Paris became prominent examples of this transformation. Milan introduced extensive temporary cycling lanes during the pandemic recovery period, several of which later became permanent. Paris accelerated its long-term cycling strategy by investing heavily in protected bike lanes and reducing car access in parts of the city centre. More recently, Parisians also voted in favour of pedestrianising an additional 500 streets as part of broader efforts to reduce car dependency and reclaim public space. 

At the same time, operators rapidly expanded fleets across Europe. Shared mobility services were suddenly operating in hundreds of European cities, supporting increasingly multimodal transport ecosystems that combine public and shared mobility solutions. However, the speed of growth also exposed significant weaknesses in how cities managed emerging mobility services.

The backlash forced cities to rethink regulation

In many cities, the initial rollout of shared micromobility was characterised by limited regulation and fragmented oversight. Vehicles often appeared faster than municipalities could establish operational frameworks, creating tensions around parking, pedestrian safety and public space management.

Pavement clutter became one of the most visible symbols of this challenge. Poorly parked scooters generated criticism from residents, particularly among accessibility advocates and pedestrian groups. Concerns also grew around rider behaviour, speed and the use of pavements in dense urban areas.

Paris became one of the clearest examples of this public backlash. In 2023, the city organised a public consultation on whether to remove shared e-scooters from its streets. Nearly 90% of participants voted in favour of banning the services, following years of debate over safety, street clutter and urban management. The city subsequently removed approximately 15,000 rental e-scooters operated by Lime, Dott and Tier. 

Yet the Paris case also revealed a more nuanced reality. Public criticism was often directed less at micromobility itself and more at how rapidly and inconsistently it had been deployed. Several residents interviewed during the referendum debate argued that stronger regulation - rather than outright bans such as in Madrid - could have addressed many of the concerns surrounding parking and rider behaviour. 

Across Europe, municipalities responded by introducing stricter operational requirements. Fleet caps, designated parking zones, geofencing technologies and licensing systems became increasingly common. Cities such as Barcelona and Copenhagen strengthened oversight mechanisms while continuing to support cycling and shared mobility infrastructure more broadly.

This regulatory evolution signals the sector’s growing maturity. Rather than allowing unrestricted expansion, cities are increasingly treating micromobility as part of wider transport planning strategies. At the same time, as can be seen in Fluctuo’s data, the amount of shared micromobility vehicles on European streets has actually been going down for the last 2 years, despite a rise in trips – demonstrating that operators themselves are learning on how to manage their assets more efficiently and minimising street clutter.

Infrastructure is emerging as the real differentiator

One of the clearest lessons from European cities is that the long-term success of micromobility depends less on the vehicles themselves and more on the quality of urban infrastructure surrounding them.

Cities with extensive cycling networks and protected lanes have generally experienced smoother integration of shared bikes and e-scooters into everyday mobility patterns. In these environments, micromobility services are more likely to function as reliable transport options rather than occasional convenience tools.

Copenhagen continues to demonstrate how infrastructure-first approaches can support high levels of cycling adoption while minimising conflicts between transport users. Meanwhile, cities such as Brussels and Vienna have accelerated investments in protected cycling corridors as part of broader sustainable mobility strategies.

Infrastructure quality also has direct implications for safety. Research on shared micromobility systems consistently shows that separated cycling infrastructure reduces accident risks and improves user confidence, particularly for new riders. 

Increasingly, cities are also investing in dedicated parking infrastructure and mobility hubs near public transport stations. These spaces help organise vehicle parking while supporting seamless transfers between transport modes.

The shift is significant because it reframes micromobility as an urban design challenge rather than simply a technology deployment issue. Cities that integrate micromobility into long-term planning are generally better positioned to manage growth while maintaining public support.

Integration with public transport is becoming the next frontier

As the sector matures, integration with public transport systems is emerging as one of the most important priorities for both cities and operators.

Rather than competing with buses, metros or trams, shared micromobility services are increasingly being positioned as core parts of the public transport system. The strongest growth opportunities now lie in improving connectivity between different forms of transport. Several European cities are already moving in this direction. In Helsinki, mobility planning has increasingly focused on integrated digital transport systems that combine public and shared mobility services through Mobility-as-a-Service platforms. In Berlin, operators and transport authorities have explored ways to position shared mobility services near key transit hubs to improve accessibility across the network. According to Fluctuo data, Berlin remains Europe’s largest overall shared mobility market, underlining the city’s role as a leading testbed for multimodal urban transport. 

This integrated approach reflects broader changes in how cities think about mobility. Instead of prioritising individual transport modes, public transport authorities are increasingly focused on orchestrating  connected mobility ecosystems that reduce car dependency while improving accessibility and flexibility for residents.

Data-sharing partnerships are also becoming increasingly important in this context. Operators can provide anonymised usage data that helps cities better understand travel patterns, infrastructure demand and modal shifts. In turn, municipalities can use these insights to make more informed decisions around street design, parking allocation and transport planning. The Smart Cities Marketplace Focus Group identified data-driven governance and coordinated regulation as two of the most important priorities shaping the future of shared micromobility in Europe. 

From experimentation to optimisation

The early years of shared micromobility in Europe were defined by rapid growth, intense competition and public debate. Today, the sector is entering a more stable and mature phase.

This does not mean the challenges have disappeared. Safety concerns, operational sustainability and public space management remain important issues for cities and operators alike. However, the conversation has become more sophisticated. The focus is shifting away from whether micromobility belongs in cities toward how it can maximise its impact in the wider mobility ecosystem. European cities are increasingly recognising that shared e-scooters and bike-sharing systems are most effective when they operate as part of integrated transport ecosystems supported by strong infrastructure and clear governance frameworks.

The next chapter of shared micromobility will therefore depend less on rapid expansion and more on strategic integration. Cities that successfully combine regulation, infrastructure and multimodal planning are likely to shape the future direction of urban mobility across Europe.