Why speed is redefining automotive leadership
The benchmarks in the automotive industry was German engineering, Detroit scale or Japanese reliability. Nowadays, a new rival has emerged: China and their speed.
Once regarded as a low-cost hub for copycat engineering, China has invested heavily in a state-backed initiative to lead in advanced manufacturing. Thanks to that, it now seems like China can rule the automotive industry. With their flatter development timelines, cars can gain new features in real time through over-the-air updates. They are able to fix errors within days, while for European companies, it would take weeks. Typically, auto companies present new models in 5-7 years, and it often takes several more years to maximize their potential. Delivering a new model in under 2 years sounds impossible in the automotive industry, not for the Chinese companies. In the software-centric approach of China’s emerging car manufacturers, it is sufficient for features to be operational at the time of release, with subsequent updates and repairs to come afterward.
Chancellor Friedrich Merz emphasized the need for increased productivity. Does a healthy work-life balance cause Germany to fall behind in the automotive industry?
China’s speed leads to concerns about reliability due to the fact that reports indicate system errors while driving. Operating these cars with technical faults is dangerous and may cause serious accidents. Even Chinese regulators are worried that manufacturers might cut corners on vehicle safety to gain an advantage in the long-running price war (Financial Post, 2026).
Breaking down China’s cost and growth advantage
In 2025, China ranked sixth among export markets for Germany, Europe’s automotive powerhouse. Although German exports to China exceed imports, the gap narrowed from €30 billion in 2022 to €13.6 billion in 2025, while car imports from China rose by two-thirds to €7.4 billion. EY predicts that if trends continue, imports and exports could equalize in 2026. UBS analysts estimate that battery cells provide Chinese automakers, such as BYD, with a cost advantage of $2,000 per vehicle. They predict that these companies will increase their global market share from 25% in 2025 to 35% by 2030, mainly through export sales. If trends continue, the upcoming years will be critical for reorienting production and exports in Europe. This is especially true for German companies, which must adapt to new global market conditions (Mezha, 2026), (Financial Post, 2026).
However, the risk posed by China is still present, and some argue that it is being bolstered by regulations set by the European Union. These guidelines require such drastic reductions in carbon dioxide emissions that only new electric vehicles will be permitted for sale by 2035. Chinese car manufacturers, enjoying a 30% price advantage, are reportedly prepared to occupy the EV market; meanwhile, European companies are finding it challenging to do so profitably (Forbes, 2025).
Meeting European standards and driver expectations
China reached a milestone in the European automotive industry by receiving UN R171 certification the European Union’s unified standard for driver control assistance systems (DCAS). The Chinese-developed ADAS, the Qianli Haohan G-ASD is the Geely Auto Group’s advanced driver assistance system. The certification, issued in collaboration with the China Automotive Technology and Research Centre (CATARC) and IDIADA, serves as a regulatory passport that allows vehicles equipped with G-ASD to be sold throughout all UNECE member states without needing individual country approvals (Automotive World, 2026).
Modern driver assistance systems are intended to enhance road safety, yet daily usage reveals that many drivers do not consistently utilize these technologies. Lane keeping assist is notably underused, along with intelligent speed assist and adaptive cruise control. While critical systems like the turning assistant and emergency braking assist are deactivated less frequently, they are still not engaged consistently.
Many drivers lack adequate training on how to effectively use these systems, which hinders their ability to benefit fully from the safety features. Key improvements such as intuitive interfaces, fewer false alarms, and more predictable system responses could enhance user experience. Ultimately, the challenges lie more in the interplay of usability, training, and real-world application than in the technology itself, leaving significant safety gains untapped (Trans.info, 2026).
Who will be the Nokia of the automotive industry?
Certain executives in Europe refer to this as a “Nokia moment,” recalling the shift when Apple’s iPhone redefined the mobile industry and left the Finnish mobile phone giant behind. The lesson focused on ecosystems, software, and speed, not hardware (Financial Post, 2026).
A similar transition is currently occurring in the automotive sector. European manufacturers have historically excelled in engineering and production, while Chinese companies are rapidly advancing through software integration, shorter development cycles, and digitally driven user experiences.
In this evolving landscape, the speed of iteration and system integration is just as important as traditional manufacturing excellence. This creates a strategic dilemma for Europe’s automotive leaders. Maintain a proven but slower model, or embrace a software-first approach, potentially through new partnerships and technologies.
The question is no longer about who builds the best car, but rather who can adapt the quickest to a software-defined industry.
