Towards sustainable mobility
Innovation collaboration between Sweden and the United States
What we offer actors in Sweden
What we offer actors in the United States
Innovation projects
Explore active and finalized projects with co-funding from Future Mobility.
Webinar: What is happening in the USA regarding urban logistics?
Welcome to a webinar where insights and lessons learned from a knowledge exchange between Sweden and the USA will be presented. Within a project financed by Future Mobility, VTI (the Swedish National Road and Transport Research Institute), the City of Gothenburg, and the City of Helsingborg visited the North-western USA to see how they are working with smart solutions for urban logistics. The webinar is held in Swedish.
AI, Cyber & Digital Infrastructure: Vinnova Opens Funding for Swedish-U.S. Partnerships
Swedish innovators in AI, digital infrastructure, and cybersecurity are being offered a direct path to the United States market and partnership network. Vinnova has just opened a new international funding call, providing up to SEK 150,000 to establish collaborations and explore joint innovation projects with U.S. counterparts. The initiative is a key part of Sweden’s push to strengthen its position in advanced digitalization, culminating in an exclusive opportunity to join a Sweden–U.S. delegation to Silicon Valley in March 2026. The deadline for applications is November 25, 2025.
Sweden and California deepen cooperation on green transition
Sweden and California are taking concrete steps to strengthen their collaboration on climate action, sustainability, and innovation. Yesterday, government representatives from both regions met in Sacramento and online to kick off the implementation of the Letter of Cooperation on the Green Transition, signed in February 2024 by Sweden’s Minister for Trade Johan [name] and California Governor Gavin [name]. The meeting brought together 16 agencies and organizations to discuss joint initiatives in clean energy and sustainable transportation.
Preparing for the next step in urban mobility: insights from commercial robotaxi deployments
Driverless robotaxis—automated vehicles operating as taxi services—have moved beyond pilot projects into commercial deployment, particularly in the United States and China. A recent study, “Learning for Deployment of Robotaxis at Scale”, funded by Vinnova, the Swedish Innovation Agency, via Future Mobility, examines these deployments to prepare the public sector in Europe—especially in Sweden—for potential large-scale implementation.
Who we are
Future Mobility catalyzes research and innovation collaboration within sustainable mobility between Sweden and the United States with a focus on California. With dedicated resources in both countries...
What we offer actors in the United States
Sweden is very active in the development and use of greener vehicles and fuels. It has a strong public transport system, high sustainability ambitions and is considered among the most innovative...
What we offer actors in Sweden
Collaboration with the United States can deliver innovations that would not be possible to obtain otherwise. Collaboration with the United States can deliver innovations that would not be possible to...
Innovation projects
Road Condition Data
In this research and innovation project, Klimator, a leader in applied road climatology, is working to adapt its condition models to the challenges of the United States. By partnering with the...
San Fernando Street Mobility Hubs - Community Engagement Strategy
While mobility hubs are gaining traction worldwide, San José is in the planning stages of establishing such integrated systems. This project focuses on developing a comprehensive community engagement...
Shared Standards for Shared Mobility
Given the digitalization of shared mobility, the need for participating actors to collaborate around central digital technologies increases. One aim of the project is to facilitate knowledge exchange...
Stilfold x California Metals Sustainable Mobility
The project’s idea is to create a Digital Twin pilot that tracks the lifecycle of a sustainable mobility device —from raw material sourcing to customer. It delivers a Digital twin integrating...
Streetmeter
The Streetmeter project has successfully concluded, delivering an innovative analysis tool designed to transform car-dominated urban spaces into vibrant, human-centered streets. This research and...
Sustainable and low-cost methodologies for manufacturing high-performance composite materials
The project will investigate and optimize high performance composite manufacturing through liquid composite moulding (LCM) with regards to environmental impact, cost, and cycle time.
Sweden California CoLab
An innovative agenda for future collective mobility has been brewing in the Nordics, in a consortium called “Rådslaget”. The work evolved from the challenging situation during the pandemic and points...
Transatlantic Cooperation for Leveling Up MaaS
Mobility as a Service (MaaS) has been characterized as an innovation aimed at addressing issues related to sustainable mobility by providing an alternative to private car ownership.
Transit Oriented Development (TOD), mobility hubs and Shared Autonomous Vehicles (SAVs)
This project aims to support the decarbonization of transport and reduce oil dependency by developing innovative, shared mobility solutions that integrate with public transport and address the "first-...
Triggering Regional Accessibility and Networks for Sustainable Intelligent Transportation
This project addresses the challenge of offering and interweaving eco-friendly transportation choices in suburban areas with those in city centers.
US–Sweden Knowledge Exchange for Connected Urban Freight Solutions
The US–Sweden Knowledge Exchange for Connected Urban Freight Solutions brings together the cities of Portland, Seattle, Gothenburg, and Helsingborg to address shared challenges in urban freight and...
WAlking and PArking Dynamics of Drivers (WAPADD): Analysis and Model Development for Sustainable Urban Delivery
The project addresses the critical but often overlooked aspects of delivery drivers' walking and parking behaviors in urban logistics.
