Gasgoo Munich-The Chengdu Motor Show was supposed to be a quiet affair this year. Yet five words—"No Fast-Tracked Cars"—ignited the crowd.
SAIC Volkswagen splashed the slogan across a giant screen, prompting a sea of smartphones in the audience. The scene itself was telling: that a carmaker felt the need to declare "We Don't Build Fast-Tracked Cars" at a launch event speaks volumes.
When "No Fast-Tracked Cars" Becomes the Industry's Mantra, What's Really Going On?
August 21, 2026. Media day at the 29th Chengdu International Auto Show. What should have been a parade of new metal turned into an unexpected industry summit on the perils of "fast-tracked cars."
The spark came from SAIC Volkswagen. At the launch of the ID. ERA 5S, Li Jun, executive director of SAIC Volkswagen's VW brand marketing, made a public pledge: "SAIC Volkswagen didn't build fast-tracked cars in the past, we don't build them now, and we won't build them in the future."
He summarized the industry's chaos in three terms: "fast-tracked cars," "bare-minimum cars," and "double-standard cars." Li was blunt: the sector is seeing ultra-short development cycles, slashed verification steps, and a mindset that treats car building like smartphone iteration. "The time from project kickoff to mass production is constantly being squeezed. Some brands roll out a new model in a year and a half, or even just a year."
In his view, the crux is verification time. "R&D can be accelerated, but verification cannot. Metal fatigue takes time. Rubber aging takes time. Battery cycling takes time. Vehicle durability takes time. You can't save a single minute on these, nor can you replace them with AI simulation. Otherwise, three or five years down the line, you'll see rusted chassis, broken suspensions, and rattling interiors."
SAIC Volkswagen's stance quickly triggered a chain reaction.
Image Source: @WEY
That same day, Zhao Yongpo, general manager of WEY, took the stage with his own message: "A vehicle that carries a family's safety cannot tolerate the slightest impatience. Processes can be efficient, but quality cannot be sacrificed; we can race for the market, but craftsmanship cannot be rushed." On the screen behind him, the phrase "WEY Gives You Peace of Mind" stood out. The buzzwords of the day weren't "AI empowerment," but "real-vehicle testing," "rejecting fast-tracking," and "caution with AI."
Zhao stressed: "The market window is precious, indeed, but it must not come at the cost of shrinking R&D or cutting verification. We cannot leave problems that should be solved on the test track to the customer, turning them into involuntary, unpaid test drivers."
Wang Qian, deputy general manager of Dongfeng Nissan, also spoke up immediately, endorsing the three principles of "no fast-tracked cars, no bare-minimum cars, no double-standard cars." He argued that treating cars like fast-moving consumer goods is a fallacy; "fast-fashion manufacturing" is the real risk. Meanwhile, Beijing Hyundai Chairman Wu Zhoutao used his speech to call for "upholding manufacturing standards and discarding the tendency to rush," bluntly stating: "Fast-tracking might buy temporary buzz, but it won't sustain a company for the long haul."
This collective stance at the auto show was no accident. The debate over "fast-tracked cars" had been heating up for a month. On July 22, at the 2026 China Automotive Forum, Beijing Hyundai General Manager Li Fenggang fired the first shot, criticizing some automakers for slashing necessary tests to meet launch schedules—effectively turning "customers from consumers into test drivers."
The term "fast-tracked car" itself traces back to a video by a BMW livestream host in October 2025, when she compared the practice to "fast-food chicken"—a comparison that briefly went viral.
According to Li Yanwei, an expert committee member at the China Automobile Dealers Association, more than 160 all-new models launched in China in the first half of 2026. Counting various configurations and derivative versions, the total surges to between 500 and 600. That means, even after stripping away the fluff, nearly one new model is hitting the market every single day.
At the same time, data from the China Association of Automobile Manufacturers shows industry profits for the first half of 2026 fell to 195.4 billion yuan—a 20% year-on-year drop. The overall profit margin has withered to just 3.8%. More cars, less profit: that is the backdrop against which the "fast-tracked car" debate has exploded.
18 Months: Is That Enough to Build a Car?
Within the industry, two opposing camps have formed over the issue of "fast-tracked cars."
One camp is sounding the alarm. SAIC Volkswagen's Li Jun leads this group: "R&D can be accelerated, but verification cannot." He warns that the consequences of cutting verification time won't show up immediately. "You save time now, and you will definitely have hidden risks later. That is why we are seeing more and more 'fast-tracked cars' on the market starting to show serious flaws.
" WEY's Zhao Yongpo approached it from a safety perspective, emphasizing that a car carries the lives of an entire family. Great Wall Motor Chairman Wei Jianjun also weighed in on August 17: "I can't speak for others, but I dare say that in 36 years, Great Wall Motor has never built a single 'fast-tracked car.'"
Image Source: Voyah
The other camp shifts the focus back to the verification process itself. Lu Fang, chairman of Voyah, argues that the concept of "fast-tracked cars" has been severely misunderstood. "Short development time does not equal a fast-tracked car." In his view, the only yardstick for whether a car is "rushed" isn't time, but whether it completed every required verification step. If a car cuts corners or skips tests during development, it is fast-tracked. But if the cycle is shorter yet every required test, analysis, calculation, and simulation is completed—with "zero steps skipped"—then it is not.
He compared the boost in development efficiency to "cooking with firewood versus using a rice cooker"—better tools naturally make things faster. Lu's definition effectively shifts the debate from "speed of manufacturing" to "integrity of the process."
Behind this debate, at least three deep-rooted forces are at work.
First, the pressure of "involution," or hyper-competition. Competition in the new energy vehicle (NEV) market is fiercer than ever. "Fast or perish" has become the industry's unspoken rule. The pace of iteration has shifted from the internal combustion engine era's "three years for a facelift, six for a new generation" to "six months for a facelift, one year for a new generation." Automakers must seize market windows in the shortest possible time, or risk being left behind by rivals.
At the 2026 China Automotive Forum, Beijing Hyundai's Li Fenggang highlighted the technical cost of this "race against time." Complete vehicle development requires two stages: Design Verification (DV) and Production Verification (PV). DV proves the design works; PV ensures quality consistency under mass-production tooling and conditions. He warned that skipping or compressing either stage inevitably leads to gaps—and is the root cause of poor production consistency and quality fluctuations.
Image Source: AI Generated
Second, the abuse of technology. Some industry voices argue that certain automakers rely too heavily on simulation tests like "digital twins" to replace physical testing. For example, in a 10,000-cycle door handle test, only 2,000 cycles might be performed on the actual hardware, with the remaining 8,000 simulated. Simulation is meant to be an aid, but now it is "taking over the show."
One detail worth noting: many automakers now promote "physical vehicle testing" as a key selling point. When something that should be an industry default must be highlighted as a special feature, it proves a troubling fact: physical testing may no longer be the norm in today's industry.
Industry insiders told Gasgoo that some NEV makers are using extensive simulation across multiple stages of development, while compressing the cycle for physical component testing and shortening standard durability tests.
"These tests are precisely the key to uncovering potential reliability and durability issues," the insider added. "No automaker can find these problems relying on simulation and AI alone."
Zhou Xiaoying, CEO and editor-in-chief of Gasgoo, proposed a more systematic framework for assessing the abuse of simulation. She believes the value of virtual verification lies in early screening and expanding coverage—but only if the models are correct. The core function of physical testing is to discover "problems we don't even know we have"—something virtual verification cannot replace.
She suggested dividing automotive testing into three tiers: areas like software algorithms where virtual verification suffices; areas involving functional safety that require "virtual plus physical" dual verification; and areas like crash safety and vehicle durability where virtual testing should not, in principle, fully replace physical tests.
Furthermore, Zhou emphasized that it's not just about total test mileage per car, but also test duration. Factors like natural aging, temperature cycling, and material creep cannot be compressed by running high-intensity shifts around the clock. Real-environment verification for certain key systems remains indispensable.
Third, the encroachment of "fast-moving consumer goods" thinking. The iteration logic of smartphones and consumer electronics is being force-fitted into the auto industry—frequent updates and faster feature stacking to grab attention. But cars are long-term transportation tools; they cannot simply chase rapid iteration and short-term market performance.
Beijing Hyundai's Li stressed that a car is, first and foremost, a vehicle—a mode of transport carrying customers at high speeds. Its "first principles" cannot be sacrificed for convenience or entertainment features. "A car will never become a fast-moving consumer good."
Currently, there is no unified, precise definition for "fast-tracked car" in the industry. But more people are leaning toward looking at car building itself to answer this: the key to judging if a car is "rushed" isn't how long it took, but whether it completed all necessary verification processes.
If a car violates natural laws, cuts corners, or slashes testing during development, then no matter the cycle length, it will not stand the test of time.
Is the Price of "Rushing" Finally Coming Due?
Long before executives started lining up to denounce "fast-tracked cars," the market and consumers had already delivered their verdict.
On the user side, complaints are not isolated incidents. Since the start of 2026, owner forums, short video comment sections, and automotive complaint platforms have been filled with grievances: "chassis noises three months after delivery," "battery degradation exceeding 15% in six months," "chassis feeling like it's falling apart over speed bumps," and "phantom braking in driver-assist systems."
Industry data paints an even clearer picture. According to the State Administration for Market Regulation, 50 auto recall notices were issued in the first half of 2026, involving approximately 1.65 million vehicles. This represents a sharp drop of about 68.8% compared to the same period in 2025, marking the lowest point for a decade.
However, recalls by domestic brands surged to 308,431 units—a 681.2% jump from the same period in 2025.
Gasgoo CEO Zhou Xiaoying advises viewing the 681.2% surge rationally, noting it was heavily influenced by a single software recall involving 246,000 vehicles and shouldn't be simplistically attributed to a trend. Recalls themselves are a normal correction mechanism in a mature market; data fluctuations must be viewed over a longer timeline.
She stated bluntly that she is "more concerned with the structural changes behind the numbers." In her view, cars have evolved from mechanical systems into highly complex fusions of mechanics, electronics, software, and algorithms. Yet development cycles are being continuously compressed. The divergence between rising technical complexity and shrinking verification time is the real risk we need to watch.
Image Source: Huaban.com
The aforementioned industry insider also pointed out that compared to traditional internal combustion engine vehicles, NEVs actually require a more rigorous verification system—such as specialized testing for battery systems and chassis crash tests from more angles. They noted: "Once a battery pack is damaged and catches fire in a collision, the escape time for passengers is far shorter than in a gasoline car. Human lives are at stake."
They added: "The complete R&D and verification cycle for a traditional fuel vehicle is generally five to seven years, including component testing, vehicle high-temperature, high-cold, and high-altitude testing, durability road tests, noise and crash tests, and other complete processes. Yet today, many NEV development cycles have been compressed to just two or three years."
Image Source: Ministry of Industry and Information Technology Official Website
Amid these conditions, regulators are fighting back with a combination of measures. In January 2026, the Ministry of Industry and Information Technology issued Announcement No. 1 of 2026, revising the "Access Review Requirements for Road Motor Vehicle Manufacturers." It explicitly requires traditional vehicles to undergo reliability verification tests of no less than 30,000 kilometers, effective from January 1, 2027.
In mid-July, the National Automotive Standardization Technical Committee further solicited public opinions on three NEV type approval test protocols, proposing to uniformly raise the total mileage for reliability driving tests for NEVs to no less than 30,000 kilometers, fully aligning them with fuel vehicle standards.
Additionally, national standards for driver assistance systems are accelerating toward implementation. In June and July 2026, two mandatory national standards—"Safety Requirements for Combined Driving Assistance Systems of Intelligent Connected Vehicles" (GB 47955—2026) and "Safety Requirements for Automated Driving Systems of Intelligent Connected Vehicles" (GB 44721—2026)—were approved for release. They will take effect on January 1, 2027, and July 1, 2027, respectively.
Policymakers are drawing a clear safety line under the industry's need for speed.
Conclusion:
The essence of the "fast-tracked car" debate is not about rejecting efficiency gains. It points to a far more core question: Between "fast" and "good," what exactly must the industry hold onto?
Ultimately, the fact that "fast-tracked cars" has become a term of public debate shows that the balance between "fast" and "good" is being redefined. After the executives have had their say, the real question remains: once the spotlights of the Chengdu Motor Show dim, how many will actually be willing to slow down?
