Speed was once the core competitive advantage enabling China's automotive industry to overtake competitors on the curve. Yet, as globalization enters uncharted waters, this speed-centric strategy is facing unprecedented tests.
These tests come from two directions: internally, the challenge posed by "quick-made cars" to the fundamental baseline of validation; externally, the scrutiny and distrust from overseas markets regarding Chinese speed.
Regulatory responses were intensively rolled out at the end of August. Four ministries jointly issued a notice to launch a special campaign to enhance production consistency and quality of road motor vehicle products, directly targeting "quick-made cars" that skip validation steps. Meanwhile, three ministries issued the "Guidelines for Overseas Competitive Conduct and Compliance Building in the Automotive Industry", setting a compliance baseline for automakers going global.
Internally and externally, these two documents actually address the same proposition from two different angles: what kind of "speed" constitutes truly sustainable global competitiveness?
Compressed Timelines and Uncompromised Baselines
Over the past few years, China's automotive industry has indeed undergone an efficiency revolution.
In the ICE vehicle era, the R&D and validation cycle for an all-new model from project initiation to mass production typically ranged from 36 to 60 months. This included at least two full winter and summer cycles of extreme cold and high-temperature testing, hundreds of thousands of kilometers of durability validation, and rigorous Design Validation (DV) and Production Validation (PV) processes.
Driven by the transition to electrification and intelligence, along with the widespread application of modular platforms and digital simulation technologies, mainstream Chinese NEV (New Energy Vehicle) manufacturers have compressed this cycle to 18 to 24 months, with some extreme cases being even shorter.
This leap in efficiency is largely the cumulative result of a highly mature automotive supply chain in China, the widespread adoption of digital R&D tools, and flattened organizational decision-making. As Voyah Chairman Lu Fang pointed out in a public article in August 2026: "A short development cycle does not equate to a 'quick-made car'. If a vehicle, despite a shortened timeline, meticulously completes every single test mandated by regulations and industry standards, it should be called a 'high-efficiency car'."
However, the issue lies in the fact that amid white-hot market competition, not all automakers have held this line.
In July 2026, at the China Automotive Forum, Li Fenggang, General Manager of Beijing Hyundai, publicly criticized malpractices within the industry: "To accelerate the launch pace of new models, some brands have skipped necessary DV and PV testing phases, effectively turning consumers into 'test drivers' and planting severe safety hazards."
Around the same time, the National Automotive Standardization Technical Committee released a draft for public comment on three type approval test regulations for NEVs, proposing to significantly raise the total mileage for reliability driving tests of NEV models from the previous lower standard to 30,000 kilometers.
Regulatory intervention was triggered by a series of alarming market feedback. Over the past year, a flagship model from a certain new forces brand was launched for just over two months before the announcement of a new version with significantly upgraded configurations, causing the residual value of existing owners' vehicles to plummet and triggering large-scale rights defense actions. Another high-end NEV model underwent a major iteration in core battery technology less than half a year after its launch, leaving early buyers in the embarrassing situation of their cars being "outdated upon delivery." Furthermore, some models skipped comprehensive extreme cold and extreme heat environmental testing to rush production schedules, resulting in batch software failures and range degradation issues during their very first winter after delivery.
Although these cases manifest differently, the underlying logic is identical: when "speed" comes at the expense of validation processes and user trust, it transforms from a competitive advantage into a source of risk.
Li Shufu, Chairman of Geely Holding Group, issued a warning at the Chongqing Forum in June 2026: "Some companies are compressing test cycles and simplifying validation processes. This not only undermines the industry's drive for innovation but also jeopardizes the hard-earned global brand reputation of Chinese automakers."
This anxiety over "quick-made" vehicles extends far beyond consumer complaints and used car residual values in the domestic market. When Chinese automakers attempt to replicate this "speed" in overseas markets, they quickly discover that an entirely different set of temporal rules awaits them.
Analysts at Gasgoo Research Institute point out that European markets, particularly in Germany and the Nordic region, tend to distrust models that lack sufficient validation and undergo frequent post-launch updates.
This stems from two factors: first, local regulations and industry standards inherently require products to undergo rigorous and comprehensive validation; second, the local culture maintains a cautious attitude toward new technologies and features. The analysts further point out that Chinese automakers exporting overseas need to segment international markets and align them with differentiated product strategies and development paces—for instance, leveraging the advantage of Chinese speed in Southeast Asian and Indian markets, while strictly adhering to product validation processes and maintaining a stable facelift cadence in the European market.
When "Chinese Speed" Hits the "Speed Bumps" of Global Regulations
If the "speed" in the domestic market is built upon a relatively lenient regulatory environment and consumers' high tolerance for new technologies, the regulatory framework in overseas markets acts as a series of meticulously designed "speed bumps," compelling Chinese automakers to re-evaluate their own pace.
The first to bear the brunt is the "time tax" of data compliance. The EU Data Act, which officially came into effect in September 2025, systematically regulates the acquisition, use, and sharing of connected vehicle data, with non-compliant companies facing fines of up to 4% of their global annual turnover.
Meanwhile, the GDPR imposes extremely strict restrictions on the processing of sensitive data such as facial features, license plates, and voiceprints. This means that the "real-time cloud iteration" and "monthly OTA update" models, which are commonplace for Chinese automakers domestically, must be adjusted in Europe to a compliance process of "local storage + periodic review."
At the 2026 Chongqing Auto Forum, Lu You, General Manager of Product and Market at neueHCT, candidly stated: "For Chinese automakers going global, the top priority at this stage is to build the infrastructure for intelligent driving in markets like Europe. Compliant data backhaul during the overseas development phase of intelligent driving systems can effectively accelerate technological iteration. However, during the mass production phase, local data management requirements must be strictly followed." In fact, due to the high costs of data compliance, some Chinese automakers have chosen to export complete vehicles first without activating advanced intelligent driving and ADAS features, which directly undermines "intelligence" as a core selling point.
Second are the rigid constraints of functional safety and software certification. Multiple regulations under the United Nations Economic Commission for Europe (UNECE) framework, such as UN R155 (Cybersecurity) and UN R156 (Software Update), require automakers to establish robust cybersecurity and software update management systems, and pass third-party certification. This is not merely paperwork; it requires embedding compliance by design right from the R&D source.
Research shows that a significant proportion of Chinese automakers underestimated the complexity of this system during their initial overseas expansion, leading to product market access cycles far exceeding expectations.
Even more insidious "speed bumps" arise from intellectual property and full lifecycle management.
Since 2026, multiple Chinese automakers have faced Standard Essential Patent (SEP) lawsuits in markets such as Brazil and Europe. Some companies have been forced to join patent pools like Avanci, paying tens of US dollars in patent fees per vehicle, which directly erodes their cost advantage.
Furthermore, on the after-sales service front, the European market typically requires a 10- to 15-year commitment for parts supply and software maintenance, which inherently conflicts with the roughly 3-year model lifecycle common in the Chinese market.
The "slowness" overseas is a systemic constraint forged from a century of automotive industry development experience. It requires automakers to shift from a "product delivery" mindset to a "full lifecycle service" mindset, and from "rapid trial and error" to "deterministic delivery." For many Chinese automakers accustomed to high-speed domestic iteration, this transformation is nothing short of a gene-level restructuring.
Speed Is Being Redefined
The launch cycle for new models in China has been compressed from over 36 months in the ICE vehicle era to less than 20 months today, while market access certification in Europe often takes a year and a half. When "Chinese speed" collides with "global regulations," a question begins to emerge in the industry: which "speeds" are liabilities that must be abandoned, and which are assets worth retaining?
Skipping validation steps, compressing testing processes, substituting thorough justification with a "launch first, rectify later" approach, and even eroding existing owners' trust through frequent model changes—the costs of these practices are now becoming fully apparent: damaged brand reputation, collapsed used car residual values, and eroded trust in overseas markets.
This toll proves even more insidious and far-reaching in overseas markets. Analysts at Gasgoo Research Institute point out that Chinese brand models generally underperform foreign brands in overseas used car markets, with a three-year residual value rate of approximately 40%. This gap largely offsets the nominal price advantage of Chinese brands in MSRPs and undermines price competitiveness under leasing models—given that about 70% of car purchases in Europe are completed through leasing.
This means that the superficial price advantage Chinese brands have built overseas with lower MSRPs is being neutralized by their disadvantage in residual value—the money saved at the time of purchase may ultimately be lost to greater depreciation when selling or trading in the vehicle.
Image source: Ministry of Industry and Information Technology
In August 2026, the Ministry of Industry and Information Technology (MIIT) and other relevant authorities issued intensive statements. On the 27th, the MIIT, the Ministry of Public Security, the Ministry of Ecology and Environment, and the State Administration for Market Regulation (SAMR) jointly issued a notice to launch a one-year nationwide special campaign to enhance production consistency and quality for road motor vehicle products. The campaign focuses on rectifying issues across four areas: production consistency, reliability, durability, and testing/validation of new technologies. It mandates stricter access reviews for innovative product designs and testing/validation management, strictly prohibiting products lacking sufficient testing and validation from entering the market. Subsequently, on the 31st, the SAMR (Standardization Administration of China) approved and released the mandatory national standard Safety Specifications for Power-Driven Vehicles in Operation (GB 7258—2026), imposing stricter unified requirements for NEV and intelligent driving safety.
These two simultaneous moves send a clear signal: regulators have begun to provide a definitive response at the institutional level.
The same "speed," when approached differently, yields entirely different conclusions.
Rapid supply chain responsiveness allows leading automakers to maintain extremely high production takt times even during chip shortages; platform-based modular combinations enable the rapid derivation of diverse models from a single architecture; and flattened organizational decision-making empowers the agile teams of Chinese automakers to capture market shifts faster than the protracted committee approvals in Europe. These speed advantages, rooted in systemic capabilities, are becoming the true assets that solidify amid industry divergence.
More critically, a group of leading automakers are exploring how to organically integrate "Chinese speed" with "global compliance," completing the transition from "time compression" to "value responsiveness."
Volkswagen's practices in Hefei provide a compelling case study. This multinational giant, which has been deeply rooted in the Chinese market for over 40 years, has established its largest R&D center (VCTC) outside its German headquarters in Hefei. Employing over 3,000 local R&D professionals, the center has been granted independent product decision-making and release authority.
Ralf Brandstätter, CEO of Volkswagen China, explicitly stated that the company will achieve a higher degree of localization with an average development cycle of 30 to 36 months, shortening the R&D cycle by approximately 30% compared to traditional models and reducing platform development costs by up to 50%. More importantly, this "speed" is achieved by deeply integrating key departments—such as components, procurement, and development—from the very beginning of projects, and by shifting the technical interface window 9,000 kilometers eastward from Europe to China.
Domestic Chinese automakers are also accelerating similar systemic restructuring. Whether traditional independent brands like BYD, Geely, Great Wall Motor, and Chery, or new forces like "NIO, Xpeng, Li Auto, and Leapmotor," they have all transitioned from a "project-based" to a "platform-based" approach. By building a highly modular technical foundation, the complete vehicle is deconstructed into multiple core modules compatible with various powertrain types, significantly shortening development cycles without compromising validation integrity.
Front-loading compliance capabilities is emerging as another core dimension of this restructuring. In the past, Chinese automakers often treated compliance as a "remedial" step after product finalization. In recent years, however, leading companies have begun embedding data compliance and functional safety certification into the very initial stages of product R&D.
Image source: Ministry of Commerce
On September 1, 2026, the Ministry of Commerce, the MIIT, and the SAMR jointly released the "Guidelines for Overseas Competitive Conduct and Compliance Building in the Automotive Industry". This established a "compliance navigator" for Chinese automakers going global from a top-level design perspective, thereby providing an institutional foundation for full-chain compliant operations.
Looking back at the industry-wide debate over "quick-made cars" in 2026, its significance extends far beyond a technical dispute over development cycles. It can be seen as a profound reflection by China's automotive industry on its own development paradigm at a critical juncture as it transitions from "local rise" to "global leadership."
Over the past decade, Chinese automakers have overtaken traditional giants by leveraging first-mover advantages in electrification and intelligence, along with extreme efficiency compression. However, as the competitive stage expands from a single market to the global arena, and evaluation criteria evolve from "configuration and price" to "full-lifecycle reliability and compliance," mere time compression can no longer sustain competitive advantage.
Conclusion:
True global competitiveness is not about transplanting China's "speed" to the world intact, but about convincing the world that this "speed" represents "credible agility" built upon rigorous validation, systemic capabilities, and long-term commitments.
When a Chinese vehicle maintains the rapid evolution of its intelligent cockpit while passing the most stringent international safety certifications, and achieves efficient development iterations while offering software maintenance commitments spanning over a decade—only then does this "speed" truly become a trustworthy brand asset.
The gap between "extreme compression" and "global compliance" is not measured in geographical distance, but in the systemic restructuring from "quick-made" to "trust."
While systemic restructuring answers the question, "Can we be fast and credible?", Chinese automakers must then address: How far can this accelerated capability ultimately take us? Which technologies and capabilities validated in the Chinese market can truly become the universal answers for the global automotive industry?
This is precisely the core issue that the 8th Gasgoo Golden Awards aims to further explore with "Chinese Solutions to the World" as its annual theme in 2026.
How can Chinese speed be distilled into global value? What kind of Chinese innovation truly possesses the potential to become a global solution? Once integrated into the systems of global automakers, is "being adopted" the finish line or the starting point of a new round of tests? What transformations are occurring in the next-generation automotive supply chain? Ultimately, how can Chinese solutions bridge the "last mile" across regulations, standards, data, local manufacturing, and the industrial ecosystem?
Centered on these questions, Gasgoo will, in conjunction with the 2026 Gasgoo Golden Awards annual theme "Chinese Solutions to the World," sequentially release a five-part series of observations: From Chinese Speed to Global Value, What Kind of Chinese Innovation Can Become a Global Solution?, Global Adoption: A New Starting Point for Chinese Solutions, What is Happening to the Next-Generation Automotive Supply Chain in China?, and How Can Chinese Solutions Bridge the Last Mile of Globalization?