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{{LivingLab | {{LivingLab | ||
|name=Utrecht | |name=Utrecht | ||
|country=Netherlands | |country=The Netherlands | ||
|city=Utrecht | |city=Utrecht | ||
|neighbourhood= | |neighbourhood=Overvecht | ||
|begin-date= | |begin-date=2024-01-01 | ||
|end-date=2026- | |end-date=2026-12-31 | ||
|participating-organizations=Municipality of Utrecht | |participating-organizations=Municipality of Utrecht; Cargoroo by Moby; University of Twente; University of Applied Sciences Utrecht; TIER/Dott; Fietsersbond; ROCMN | ||
|location=52. | |location=52.11612, 5.10398 | ||
|description= | |description=Overvecht is a spacious and relatively green post-war neighbourhood, characterised by a mix of low-, medium- and high-rise housing within a distinctive green urban structure (Gemeente Utrecht, 2025). The neighbourhood also has a relatively high concentration of households in a financially vulnerable position: 28% of households live on an income up to 125% of the statutory social minimum, compared with 14% across Utrecht (Gemeente Utrecht, Onderzoek & Advies, 2026). At the same time, Utrecht is transitioning towards more sustainable and space-efficient urban mobility. The Municipality of Utrecht is gradually introducing paid on-street parking across the city, including in Overvecht, with citywide implementation planned by 2034. This policy aims, among other things, to encourage alternatives to private car use and create more public space for walking, cycling, shared mobility and green space (Gemeente Utrecht, 2024). Against this background, affordable and accessible alternatives to private car use are becoming increasingly important. The Utrecht Living Lab explores how different business and operational models, together with reduced user tariffs, can make shared cargo bikes more affordable, accessible and viable in this context. | ||
| | |focus=For the Utrecht Living Lab, the key question was how shared micromobility can become a realistic and affordable option for a broader range of residents in the outskirts of Utrecht. This is particularly relevant in Overvecht, our focus area, where financial constraints may make the costs associated with commercial shared-mobility services as alternatives for private cars a more significant barrier for some households. The Living Lab therefore focused on whether lowering the costs of shared cargo bikes (of a commercial model), together with alternative ways of organising and operating the service (a cooperative model), could make shared mobility more accessible and attractive to residents who might otherwise be less likely to use it. | ||
| | |approach=Three complementary interventions were developed. First, the Living Lab explored whether a cooperative, neighbourhood-based social business model could provide an alternative to a purely commercial shared-mobility model. The model was developed with residents and other local stakeholders. Second, a modular, solar-powered charging station was designed with stakeholders. The concept aimed to enable charging where cargo bikes are parked, thereby reducing operational activities such as collecting or relocating bikes for charging and, in turn, reducing operating costs. It also explored the use of renewable energy for shared mobility. Third, the Municipality of Utrecht introduced reduced tariffs for shared cargo bikes in six Utrecht neighbourhoods, including Overvecht, to investigate whether lower prices lead to greater use (Gemeente Utrecht, n.d.-b). DREAMS analyses data from this tariff pilot to assess the relationship between affordability and uptake. | ||
|interventions=#'''Cargoroo price reduction''': Reduced tariffs for shared cargo bikes implemented in six Utrecht neighbourhoods, including Overvecht, to test whether lower prices increase use (Gemeente Utrecht, n.d.-b).<br>''Partners'': Cargoroo by MobyMunicipality of Utrecht, HU University of Applied Sciences Utrecht | |||
#'''DREAMS shared-cooperative cargo bike social business model''': Cooperative, neighbourhood-based social business model for a station-based shared cargo-bike service, developed with residents and local stakeholders.<br>''Partners'': Municipality of Utrecht, HU University of Applied Sciences Utrecht, several neighborhood organisations. | |||
|images=UtrechtLL.png/Cover for the Utrecht LL | #'''DREAMS Solar powered charging station''': Modular solar-powered charging concept designed to charge cargo bikes where they are parked, reducing charging-related operational movements and potentially lowering operating costs.<br>''Partners'': HU University of Applied Sciences Utrecht, Cargoroo by Moby, TIER/Dott, STRIM | ||
|what-happened=During implementation, the Utrecht Living Lab had to make substantial changes to its original plans because of developments in the local shared-mobility market. These included TIER’s exit from the Utrecht activities and the bankruptcy of Cargoroo in December 2024 (Nederlandse Omroep Stichting [NOS], 2024). Rather than ending the Living Lab activities, these disruptions prompted the partners to adapt the work and explore alternative business and operational models. This experience became an important part of the Living Lab itself: it highlighted how strongly shared-mobility experiments can depend on changing market conditions and on the continuity of private operators. The DREAMS shared-cargo-bike social business model was developed in response to challenges encountered in the commercial shared-mobility market. Following the bankruptcy of Cargoroo and the resulting uncertainty about service continuity, the Living Lab explored whether a cooperative, neighbourhood-based model could offer a more locally embedded alternative. The model considered how residents and local organisations could play a role in operating a station-based shared cargo-bike service, while keeping affordability and long-term viability central. The model was discussed with stakeholders and subsequently informed a subsidy application prepared by the Municipality of Utrecht for possible future implementation. The solar-powered charging-station was developed through collaboration between HU University of Applied Sciences Utrecht, students, vocational-education students (ROCMN) and shared-mobility operators. The work included technical design, environmental-impact assessment, exploration of the business model and development of a first physical prototype. The operational rationale was to charge cargo bikes at their parking location, reducing the need for operators to collect or relocate bikes for charging and thereby potentially reducing operating costs. The concept was initially explored with TIER/Dott and later continued in relation to Cargoroo by MOBY as the local shared-mobility market changed. At the time of writing, the station had not yet been implemented in public space because of delays concerning a suitable site and permissions. The design and prototyping process nevertheless generated practical lessons about the technical, spatial and organisational requirements of local renewable-energy charging for shared mobility. | |||
|learnings=One of the clearest lessons from the Utrecht Living Lab is the importance of flexibility when working with shared-mobility services that depend partly on commercial operators. TIER’s exit and Cargoroo’s bankruptcy required the partners to reconsider planned activities, partnerships and implementation routes. Instead of treating these disruptions only as project setbacks, the Living Lab used them to explore alternative governance, business and operational arrangements. For practitioners, this suggests that Living Lab plans involving market actors should include room to adapt when providers, permits, business conditions or implementation opportunities change. An additional lesson concerns the relationship between affordability and user uptake. The Municipality of Utrecht’s reduced-tariff pilot explicitly tests whether a lower price leads to greater use of shared cargo bikes (Gemeente Utrecht, n.d.-b). Experience within the Living Lab indicates, however, that price is only one part of the challenge. Reaching residents who have not previously used shared mobility also requires attention to awareness, trust, practical information and support for first-time use. Stakeholder discussions highlighted the need to understand which communication channels reach different groups, including residents who do not routinely use mobility apps or digital platforms, and what support first-time users need to try a shared cargo bike. A practical implication is that affordability measures should be combined with targeted communication and locally embedded outreach. Where appropriate, this could include working through community organisations or local ambassadors and providing hands-on support for first-time users. These elements should be tested alongside pricing measures rather than assuming that lower prices alone will generate uptake. | |||
|headline-image=Overvecht.jpg | |||
|headline-image-credit=Ruben Alexander | |||
|images=UtrechtDiscussion.png/Resident focus to discuss the potential of a shared cargo bike system in the neighbourhood; | |||
SolarPowerChargingHub.png/Design of the solar-powered charging hub; | |||
UtrechtLL.png/Cover for the Utrecht LL | |||
|image-credits=Stephanie Geertman; Maarten Plesman, Sandro Jansen, Fedde Buijs, Cas Ringelberg, Olijf Linssen, Tom Veldkamp | |||
|sources=Gemeente Utrecht. (2025). Omgevingsvisie Overvecht 2040. Gemeente Utrecht. [https://omgevingsvisie.utrecht.nl/gebiedsbeleid/gebiedsbeleid-wijk-overvecht/omgevingsvisie-overvecht]<br> | |||
Gemeente Utrecht. (n.d.-a). Beschrijving van wijk Overvecht. Omgevingsvisie Utrecht. Retrieved September 3, 2026. | |||
[https://omgevingsvisie.utrecht.nl/gebiedsbeleid/gebiedsbeleid-wijk-overvecht/beschrijving-van-wijk-overvecht]<br> | |||
Gemeente Utrecht. (n.d.-b). Deel(bak)fietsen. Retrieved September 3, 2026. | |||
[https://www.utrecht.nl/wonen-en-leven/verkeer/deelvervoer/deelbakfietsen]<br> | |||
Gemeente Utrecht, Onderzoek & Advies. (2026). Armoedemonitor: Ontwikkeling lage inkomens. | |||
[https://onderzoek.utrecht.nl/armoedemonitor/2-ontwikkeling-lage-inkomens]<br> | |||
HU University of Applied Sciences Utrecht. (n.d.). DREAMS. Retrieved September 3, 2026. | |||
[https://www.hu.nl/onderzoek/projecten/dreams]<br> | |||
Nederlandse Omroep Stichting. (2024, December 24). Deelbakfietsbedrijf Cargoroo failliet verklaard: ‘Ontzettend jammer’. NOS. [https://nos.nl/artikel/2549556-deelbakfietsbedrijf-cargoroo-failliet-verklaard-ontzettend-jammer] | |||
|accessibility-tool=https://minutemapper-overvecht.up.railway.app/ | |accessibility-tool=https://minutemapper-overvecht.up.railway.app/ | ||
|survey-results=https://dreams.mobyome.at/index.php?title=Special:Radarchart&file=File:ResimobSurvey-Utrecht.csv | |survey-results=https://dreams.mobyome.at/index.php?title=Special:Radarchart&file=File:ResimobSurvey-Utrecht.csv | ||
}} | }} | ||
Latest revision as of 16:14, 4 September 2026
For the Utrecht Living Lab, the key question was how shared micromobility can become a realistic and affordable option for a broader range of residents in the outskirts of Utrecht. This is particularly relevant in Overvecht, our focus area, where financial constraints may make the costs associated with commercial shared-mobility services as alternatives for private cars a more significant barrier for some households. The Living Lab therefore focused on whether lowering the costs of shared cargo bikes (of a commercial model), together with alternative ways of organising and operating the service (a cooperative model), could make shared mobility more accessible and attractive to residents who might otherwise be less likely to use it.
Three complementary interventions were developed. First, the Living Lab explored whether a cooperative, neighbourhood-based social business model could provide an alternative to a purely commercial shared-mobility model. The model was developed with residents and other local stakeholders. Second, a modular, solar-powered charging station was designed with stakeholders. The concept aimed to enable charging where cargo bikes are parked, thereby reducing operational activities such as collecting or relocating bikes for charging and, in turn, reducing operating costs. It also explored the use of renewable energy for shared mobility. Third, the Municipality of Utrecht introduced reduced tariffs for shared cargo bikes in six Utrecht neighbourhoods, including Overvecht, to investigate whether lower prices lead to greater use (Gemeente Utrecht, n.d.-b). DREAMS analyses data from this tariff pilot to assess the relationship between affordability and uptake.
- Cargoroo price reduction: Reduced tariffs for shared cargo bikes implemented in six Utrecht neighbourhoods, including Overvecht, to test whether lower prices increase use (Gemeente Utrecht, n.d.-b).
Partners: Cargoroo by MobyMunicipality of Utrecht, HU University of Applied Sciences Utrecht - DREAMS shared-cooperative cargo bike social business model: Cooperative, neighbourhood-based social business model for a station-based shared cargo-bike service, developed with residents and local stakeholders.
Partners: Municipality of Utrecht, HU University of Applied Sciences Utrecht, several neighborhood organisations. - DREAMS Solar powered charging station: Modular solar-powered charging concept designed to charge cargo bikes where they are parked, reducing charging-related operational movements and potentially lowering operating costs.
Partners: HU University of Applied Sciences Utrecht, Cargoroo by Moby, TIER/Dott, STRIM
During implementation, the Utrecht Living Lab had to make substantial changes to its original plans because of developments in the local shared-mobility market. These included TIER’s exit from the Utrecht activities and the bankruptcy of Cargoroo in December 2024 (Nederlandse Omroep Stichting [NOS], 2024). Rather than ending the Living Lab activities, these disruptions prompted the partners to adapt the work and explore alternative business and operational models. This experience became an important part of the Living Lab itself: it highlighted how strongly shared-mobility experiments can depend on changing market conditions and on the continuity of private operators. The DREAMS shared-cargo-bike social business model was developed in response to challenges encountered in the commercial shared-mobility market. Following the bankruptcy of Cargoroo and the resulting uncertainty about service continuity, the Living Lab explored whether a cooperative, neighbourhood-based model could offer a more locally embedded alternative. The model considered how residents and local organisations could play a role in operating a station-based shared cargo-bike service, while keeping affordability and long-term viability central. The model was discussed with stakeholders and subsequently informed a subsidy application prepared by the Municipality of Utrecht for possible future implementation. The solar-powered charging-station was developed through collaboration between HU University of Applied Sciences Utrecht, students, vocational-education students (ROCMN) and shared-mobility operators. The work included technical design, environmental-impact assessment, exploration of the business model and development of a first physical prototype. The operational rationale was to charge cargo bikes at their parking location, reducing the need for operators to collect or relocate bikes for charging and thereby potentially reducing operating costs. The concept was initially explored with TIER/Dott and later continued in relation to Cargoroo by MOBY as the local shared-mobility market changed. At the time of writing, the station had not yet been implemented in public space because of delays concerning a suitable site and permissions. The design and prototyping process nevertheless generated practical lessons about the technical, spatial and organisational requirements of local renewable-energy charging for shared mobility.
One of the clearest lessons from the Utrecht Living Lab is the importance of flexibility when working with shared-mobility services that depend partly on commercial operators. TIER’s exit and Cargoroo’s bankruptcy required the partners to reconsider planned activities, partnerships and implementation routes. Instead of treating these disruptions only as project setbacks, the Living Lab used them to explore alternative governance, business and operational arrangements. For practitioners, this suggests that Living Lab plans involving market actors should include room to adapt when providers, permits, business conditions or implementation opportunities change. An additional lesson concerns the relationship between affordability and user uptake. The Municipality of Utrecht’s reduced-tariff pilot explicitly tests whether a lower price leads to greater use of shared cargo bikes (Gemeente Utrecht, n.d.-b). Experience within the Living Lab indicates, however, that price is only one part of the challenge. Reaching residents who have not previously used shared mobility also requires attention to awareness, trust, practical information and support for first-time use. Stakeholder discussions highlighted the need to understand which communication channels reach different groups, including residents who do not routinely use mobility apps or digital platforms, and what support first-time users need to try a shared cargo bike. A practical implication is that affordability measures should be combined with targeted communication and locally embedded outreach. Where appropriate, this could include working through community organisations or local ambassadors and providing hands-on support for first-time users. These elements should be tested alongside pricing measures rather than assuming that lower prices alone will generate uptake.
Gemeente Utrecht. (n.d.-a). Beschrijving van wijk Overvecht. Omgevingsvisie Utrecht. Retrieved September 3, 2026.
[2]
Gemeente Utrecht. (n.d.-b). Deel(bak)fietsen. Retrieved September 3, 2026.
[3]
Gemeente Utrecht, Onderzoek & Advies. (2026). Armoedemonitor: Ontwikkeling lage inkomens.
[4]
HU University of Applied Sciences Utrecht. (n.d.). DREAMS. Retrieved September 3, 2026.
[5]