Channel
Automotive And Mobility coverage from 德国制造新闻.
The outlook of German automotive industry leaders for 2030 reveals not just a technological roadmap, but also a collective anxiety and strategic repositioning of a traditional manufacturing system confronting the restructuring driven by electrification, softwareization, and global competition.
The German automotive industry is standing at a crossroads of transformation. The 2030 forecasts of 25 industry leaders reflect the deep challenges and potential advantages of the German manufacturing system in electrification, digitalization, and supply chain restructuring.
Deloitte has released a study titled "Future Automotive Mobility to 2035," focusing on five major automotive markets in the US and Europe, predicting that the mobility market will nearly double and that the profit pool will undergo 11 transformations. This article interprets this from a German industrial perspective, analyzing the deep impact of this trend on Germany's automotive manufacturing system, industrial chain, and global competitive landscape.
Deloitte's latest research predicts that by 2035, the mobility market in the United States and Europe will nearly double in size, with the profit pool shifting toward the service sector. What does this mean for the German automotive industry? This article provides an in-depth analysis, from the perspective of the German industrial system, of the challenges and opportunities facing a traditional powerhouse in automobile manufacturing amid the mobility revolution.
The German automotive industry is in a crucial decade of transformation toward electrification, software integration, and carbon neutrality. This article examines the changes and challenges in the German automotive manufacturing system by 2030, in light of industry trends.
Volkswagen has abandoned a pure outsourcing model in China, achieving full-stack autonomous driving self-development through a joint venture with Horizon Robotics. It plans to mass-produce L2+ by 2026 and launch L3 in 2027. This move reflects a strategic shift in the German auto industry amid the wave of intelligentization: upgrading China from a sales market to a global autonomous driving R&D center, while seeking reverse technology output.
In-depth analysis of key trends for the German automotive industry through 2030: the long-term impact of electrification, software-defined vehicles, and supply chain restructuring on the German manufacturing system.
The German automotive industry is undergoing a profound transformation from global expansion to strategic contraction. This article analyzes the underlying logic and its impact on the future of German manufacturing from the perspectives of industrial competitiveness, Industry 4.0, and energy costs.
Analyzing the weak risk in the US and Chinese markets behind the 5.7% consensus growth in Tesla's Q2 2026 deliveries, and exploring the deep impact of this trend on the German automotive industry in terms of electrification transition, supply chain restructuring, and global competitive landscape.
The BMW Group is showcasing a full lifecycle carbon reduction pathway with the new X5, where supply chain decarbonization replaces vehicle efficiency as the main lever. This marks the German automotive industry's transition from "green products" to "green manufacturing" and may reshape the global automotive industry's competitive landscape.
Mercedes-Benz Trucks has released performance data for the eActros series in real-world logistics operations, showing that electric heavy-duty trucks are already competitive in terms of economy and emission reduction. This data provides key empirical evidence for the electrification transformation of German industry, suggesting that the electrification of commercial vehicles is moving from pilot projects to large-scale deployment.
BMW and Solarwatt jointly launch the Neue Klasse Home Energy System, marking the German automaker's strategic transformation from vehicle production to energy ecosystem services. This article analyzes the industrial logic behind this move: how German industry is strengthening its manufacturing competitiveness through vehicle-home energy synergy and reshaping Europe's energy management landscape.
From the battery and thermal management technologies showcased by Schaeffler, we can see how the German automotive parts industry consolidates its position in the era of electrification through system integration capabilities.
The penetration rate of pure electric vehicles in Europe continues to rise, but Nissan’s announcement that it will adjust the layout of its powertrain plants reflects a reordering among traditional powertrain capacity, regional manufacturing configuration, and electrification investment. The significance of this change for the German automotive industry is no longer limited to a single company’s capacity contraction; it is a signal of the restructuring of Europe’s automotive supply chain.