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Latest future mobility coverage from Nordic Future.
Starting from Business Sweden's mapping of Sweden's intelligent transportation ecosystem, this analyzes how the Nordic region combines the automotive industry, ICT, energy, and urban governance into an experimental field for future mobility, as well as the implications of this model for the global innovation system.
In 2025, pure electric vehicles accounted for 95.9% of new car sales in Norway. This is not the success of a single subsidy, but a joint outcome of Nordic institutional design, social trust, and the reinvestment of oil wealth. From the perspective of the Nordic innovation system, this article interprets how this mobility revolution is becoming a testing ground for future global cities.
Based on Business Sweden's industry report, this article provides an in-depth interpretation of the formation logic and unique advantages of Sweden's intelligent transportation ecosystem from the perspective of the Nordic innovation system, as well as its implications for global future mobility, revealing the government-industry-society collaborative innovation model embodied behind this ecosystem.
This article uses BeeMotors Europe's promotional pictorial as an entry point to interpret the deep transformation of European electric mobility from "energy substitution" toward "data-driven" approaches, and analyzes its driving forces and global reference significance from the perspective of the Nordic innovation system.
WeRide and GreenMobility announced cooperation to deploy L4 autonomous driving shared mobility services in Denmark. This is not only a commercial breakthrough, but also reveals the unique role of the Nordic innovation system in the commercialization of autonomous driving.
A catalog from Nordic Hardtech shows that 61 Nordic companies are engaging in hardtech entrepreneurship in the transportation sector, covering electric trucks, autonomous shipping, eVTOL, and micromobility. This article interprets the Nordic system strength behind this innovation cluster.
In-depth analysis of the logic behind the success of Sweden's intelligent transportation ecosystem, revealing from the perspectives of Nordic institutional innovation, industry collaboration, and digital infrastructure why this small country has become the center of the global future mobility transformation.
WeRide and GreenMobility announce the deployment of L4 autonomous driving ride-sharing services in Denmark. This article analyzes, from the perspective of the Nordic innovation ecosystem, why Denmark has become the forefront of global autonomous driving commercialization, and what this collaboration means for future smart cities and sustainable mobility.
From Helsinki to Rovaniemi, Finland and Sweden are building a high-power electric vehicle charging corridor covering the Arctic Circle. This is not only an infrastructure project, but also a systematic practice of the Nordic innovation system in the field of green transportation.
In the second quarter of 2026, Sweden's electric vehicle market share reached 67.0%, with pure electric vehicles accounting for 42.0%. This data is not just a market number; it also reveals the systemic innovation in the Nordic region's green transition: how policy, industry, and social trust jointly promote electrification.
Analyze the underlying logic of the global electric vehicle market shifting from policy-driven to technology-driven, and interpret how the Nordic innovation system, through battery technology, sustainable supply chains, and clean energy integration, becomes a key experimental ground for this transformation.
Norwegian bus operator Oslobuss renews rail replacement service contract, requiring at least 50% zero-emission vehicles, highlighting the green transformation of Nordic transportation and the public-private collaboration model.
From the three-month user experience of the Polestar 4, analyze how the Nordic electric vehicle brand builds differentiated competitiveness through design, technology, and sustainable concepts, and reveal the innovative ecosystem support behind it.
Volvo, JLR and Dassault Systèmes reveal how battery passports, simulation and energy data translate sustainability goals into factory performance. This article interprets the policy drivers, technical logic and organizational challenges behind this phenomenon from the perspective of the Nordic innovation system.
Nobina's order of 27 biogas buses from Scania is not just a vehicle procurement, but also reflects Sweden's systematic circular economy model of converting waste into transport fuel. This article interprets this case from the perspective of the Nordic innovation system, analyzing the social trust, localized energy security, and commercialization pathways behind it.
German supplier Schaeffler showcases high-voltage grid, thermal management, and battery integration solutions, revealing the trend of system-level energy management for electric vehicles. From the perspective of the Nordic innovation system, it analyzes how cross-domain collaboration becomes a core capability of next-generation electric vehicles.
Boliden and Volvo Autonomous Solutions have completed an autonomous transport project at the Garpenberg mine in Sweden, showing that the Nordic mining sector is becoming a commercialization testbed for industrial automation and transport-as-a-service.
Scania has launched an underbody battery module and a megawatt-class charging system. On the surface, this is an upgrade to its electric heavy-duty truck products, but at a deeper level it points to a redefinition by the Nordic commercial vehicle industry of the electrification pathway: no longer pursuing the largest possible battery, but instead rebuilding the logistics and transport system around payload, charging windows, and total cost of ownership.