Europe's mobility sector is undergoing its most fundamental transformation since the invention of the automobile. The EU's binding 2035 ban on new internal combustion engine (ICE) car sales, combined with Euro 7 emission standards and urban zero-emission zones, is forcing a complete reinvention of how people and goods move across the continent. In 2024, European mobility startups raised EUR 6.8 billion in venture capital, spanning EV charging infrastructure (Zunder, Ionity), autonomous driving (Wayve, FiveAI), micro-mobility (Tier, Dott), logistics optimisation (Einride, Volta Trucks), and Mobility-as-a-Service (MaaS Global, FREE NOW).
The European automotive industry — EUR 820 billion in annual revenue, 13 million direct jobs — is both the sector's greatest asset and its biggest disruption challenge. Legacy OEMs (VW, Stellantis, BMW) are investing EUR 250 billion collectively in electrification by 2030, creating a vast procurement opportunity for EV supply-chain startups. Meanwhile, Europe's dense urban environments and strong public transport systems make it the ideal market for multimodal mobility platforms.
For founders, the EU offers massive public funding: the Connecting Europe Facility (EUR 25.8B for transport), Horizon Europe Cluster 5 (EUR 15B for climate, energy, mobility), and national recovery plans allocating EUR 60B+ to sustainable transport. The Alternative Fuels Infrastructure Regulation (AFIR) mandates EV charging every 60km on major highways by 2025, creating guaranteed infrastructure demand.
EU Funding Landscape for Mobility
The EU automotive sector generates EUR 820 billion in annual revenue and employs 13 million people across the value chain. EV market share reached 24 % of new car sales in 2024. The EU has set binding targets for 3.5 million public charging points by 2030 (currently ~600,000 installed). Urban mobility budgets across EU cities total EUR 40 billion annually, increasingly allocated to shared and electric transport.
EU Funding for Mobility
EIC Accelerator Up to €17.5M
EV battery technology, autonomous driving software, and hydrogen fuel-cell components are priority themes. Mobility companies with deep-tech IP in sensing, materials, or AI receive strong evaluation scores.
Horizon Cluster 4 €2M–5M per project
Cluster 5 (Climate, Energy, Mobility) dedicates EUR 5B+ to transport research including connected and automated mobility, sustainable aviation fuels, and smart logistics.
EIC Transition Up to €2.5M
Bridges automotive and mobility R&D from lab prototypes to road-ready products — e.g., novel battery chemistries, LiDAR systems, and lightweight composite materials.
AI TEFs Varies by TEF (services and access, not direct grants)
The Smart Cities & Communities AI TEF provides real-world testing for autonomous mobility, connected vehicle systems, and intelligent transport management AI.
Top European Hubs for Mobility
Munich, Germany
BMW, Lilium, and Isar Aerospace. Germany's automotive supplier network (2,000+ Tier 1/2 suppliers) creates a dense innovation ecosystem for mobility startups.
Gothenburg, Sweden
Volvo Cars and Volvo Group HQs, plus Einride (autonomous trucks) and Zenseact (autonomous driving software). Sweden's Vision Zero traffic-safety culture drives advanced safety tech.
Paris, France
Stellantis, BlaBlaCar, and Cityscoot. Paris's aggressive low-emission zone and cycling infrastructure create a living lab for multimodal mobility solutions.
Eindhoven, Netherlands
Lightyear (solar EV), VDL (electric buses), and the Automotive Campus in Helmond. TU/e's automotive engineering programme feeds the talent pipeline.
Turin, Italy
Fiat/Stellantis heritage, Politecnico di Torino, and emerging EV startups. Italy's strong mechanical engineering tradition translates to EV powertrain and chassis innovation.
EU Regulations Affecting Mobility
CO2 Emission Standards (Regulation 2023/851)
Mandates 100 % CO2 reduction for new cars and vans by 2035, effectively banning ICE vehicle sales. Intermediate target of -55 % by 2030. Creates guaranteed demand for EV technology across the supply chain.
Alternative Fuels Infrastructure Regulation (AFIR)
Requires EV charging stations every 60km on TEN-T highways and hydrogen refuelling every 200km by 2030. Member states must submit national deployment plans, creating EUR 20B+ in infrastructure investment.
Euro 7 Emission Standards
Tightens real-driving emission limits for NOx, particles, and introduces brake and tyre particle standards — affecting both ICE vehicles and EVs, and creating demand for filtration and material innovation.
EU Battery Regulation (2023/1542)
Mandates battery passport, recycled-content minimums (16 % cobalt, 6 % lithium by 2031), carbon footprint declarations, and end-of-life collection requirements — reshaping the entire EV battery supply chain.
Mobility Startups in Europe
DOTLUMEN
.lumen - Empowering the blind
Romania
EYE4NIR
Chip-scALe visiBLE-iNfrared imaGing sEnsor
Italy
TOZERO
Bringing Lithium-Ion Battery Waste tozero
Germany
Tripleye
Computer vision system for autonomous applications
Germany
VIDEANTIS
Deep learning and computer vision solutions for ADAS/AD SoCs
Germany
VSORA
High-performance silicon chips for AI inference and autonomous driving
France
XENOMATIX
Unlocking LiDAR technology for European OEMS: For a future of smart and safe Traffic and Mobility
Belgium
VCs Investing in Mobility
Atomico
London, UK 🇬🇧
Balderton Capital
London, UK 🇬🇧
Lakestar
Zürich, Switzerland 🇨🇭
EQT Ventures
Stockholm, Sweden 🇸🇪
Northzone
Stockholm, Sweden 🇸🇪
Speedinvest
Vienna, Austria 🇦🇹
Partech
Paris, France 🇫🇷
Alven
Paris, France 🇫🇷
Frequently Asked Questions
The ban creates a massive, regulation-driven market for EV technology: charging infrastructure, battery management systems, electric powertrains, and vehicle-to-grid integration. However, it also means that any startup building ICE-adjacent technology (conventional fuel systems, exhaust treatment) has a 10-year sunset. The strategic opportunity is in the electrification supply chain and in solving the 'charging anxiety' problem through better infrastructure and battery technology.
AFIR requires fast-charging stations (150 kW+) every 60km on TEN-T core and comprehensive highways, hydrogen stations every 200km, and shore-side electricity in major ports by 2030. This translates to approximately 600,000 new charging points and 700+ hydrogen stations. Opportunities exist in charging hardware, grid connection, payment interoperability, site management software, and energy storage.
Yes, but regulation is fragmented. Germany's Autonomous Driving Act (2021) allows Level 4 vehicles in defined operational domains. France permits autonomous shuttle deployments under PAVE frameworks. The EU is developing harmonised rules under UNECE WP.29, but currently each member state sets its own testing conditions.
The Battery Regulation (effective February 2024) requires a digital battery passport, due diligence on raw material sourcing, minimum recycled-content thresholds, and carbon footprint declarations. This creates opportunities for battery-passport platforms, recycling technology, second-life battery systems, and supply-chain traceability software.
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