Author | Zhang Lianyi Editor | Jiang Tianshuang
As R&D cycles in the automotive industry are steadily compressed and "building a car in one year" shifts from a joke to reality, regulatory authorities have finally stepped in.
On October 10, the Ministry of Industry and Information Technology, together with the Ministry of Public Security, the Ministry of Ecology and Environment, and the State Administration for Market Regulation, released the "Notice on Further Strengthening the Management of Innovative Design and R&D Testing Validation for Automotive Products (Draft for Comments)," targeting the increasingly severe chaos of "fast-track cars" in recent years.
The core message of this document is clear: new vehicles going to market can no longer "skip" crucial validation steps.
01. Policy Focus: Bringing Validation Back as a Pre-requisite for Market Access
The draft sets three quantifiable hard indicators at the R&D testing and validation level.
The most "lethal" one concerns environmental adaptability validation. According to the proposed rules, the environmental adaptability validation cycle for new vehicles must be no less than one year and must cover "two winters and one summer," meaning completing a full cycle in real extreme environments, undergoing actual vehicle testing through two winters and one summer.
This means that from R&D to market launch, a vehicle must span at least a complete cycle of four seasons, enduring extreme environments such as severe cold, high temperature, and high humidity. Running it once in a simulation chamber is not acceptable, nor is using the test results of a high-spec model to cover the entire vehicle lineup.
The second indicator is that the reliability validation test mileage must not be lower than 30,000 kilometers. This unifies the previous issue of inconsistent standards between traditional vehicles and new energy vehicles (NEVs). In the previously revised access review requirements, traditional vehicles were required to undergo no less than 30,000 kilometers of reliability validation, while NEVs required no less than 15,000 kilometers; the draft proposes to uniformly increase the NEV test mileage to 30,000 kilometers as well.
Third, the validation dimensions are expanded from single items to six major categories. Newly declared products need to complete testing and validation in areas such as comprehensive reliability and durability, structural reliability, software functional reliability, environmental adaptability, heating and cooling, and protection performance and sealing.
Among them, "structural reliability" explicitly requires covering the fatigue life of key structural components such as the body, chassis, suspension system, steering system, and braking system under cyclic loads, as well as key configurations related to safety and environmental protection like wiring harnesses and after-treatment devices; combined driving assistance, autonomous driving, and intelligent cockpit software must undergo actual vehicle testing, covering both conventional and extreme scenarios. Automakers must not directly adopt suppliers' validation reports, and relevant materials must be retained for at least six years.
However, the document has not yet clarified the load standards for "extreme working conditions," failure determination criteria, or the correspondence between measured data and simulation results. The access threshold is set, but the detailed judgment rules remain to be improved.
In the "innovative design" section, the policy does not vaguely state that "innovation should have limits," but instead lists the popular configurations that have sparked controversy over the past two years one by one, drawing red lines.
For example, the draft draws red lines for popular "innovative designs" in recent years: fully hidden door handles are prohibited, and folding screens or flexible screens are not allowed; if virtual controls are used for critical functions such as lighting, wipers, and defrosting/defogging, physical controls must be retained simultaneously.
The most critical principle-based requirement is: automakers must conduct failure mode analysis for innovative designs under complex working conditions and extreme scenarios during the product R&D and design phase, fully identify potential safety risks, and ensure that innovative designs evaluated as non-compliant are not installed in vehicles.
The supporting "Technical Guidelines for Innovative Design of Automotive Products" is designed as a dynamic update mechanism, which can promptly include new innovative designs in the review scope according to technological development trends, without going through the lengthy revision process required for national standards.
For models with insufficient testing or those providing false materials, regulatory authorities will not issue announcements. According to the proposed schedule, starting from January 1, 2027, newly declared models must supplement relevant materials; models that have already been announced should complete the supplementary reporting before July 1, 2027.
The core logic of this document is: shifting "testing and validation" from an autonomous option for automakers to a mandatory pre-requisite for market access; and bringing "innovative design" back to its positioning as a safety tool, rather than a marketing selling point.
02. Why Now?
Over the past two years, the intensity of competition in China's automotive market has escalated sharply. To seize market share, some automakers have compressed the new vehicle development cycle from the traditional three to four years down to 12 to 18 months. Rapid iteration has brought about a piling up of configurations and fierce price wars, but the costs are gradually becoming apparent.
Just two days before the release of this draft, a testing incident sounded the alarm for the entire industry.
On October 8, Dongchedi released a video of closed-site actual testing, showing that during continuous emergency braking from 100 km/h to 0, the brake pedal brackets of three brand-new Zunjie V800s fractured one after another. The fracture locations and fracture morphologies were highly consistent. In one of the vehicles, the pedal force at the moment of fracture was only 1,612 Newtons, approaching the national standard boundary of 2,000 Newtons. After the bracket fractured, the foot brake function completely failed, and the braking distance extended from the normal approximately 38 meters to about 140 meters, relying solely on the P gear for emergency deceleration.
The incident quickly escalated, with Jianghuai Auto's stock price falling consecutively and its market value evaporating significantly. After the event, Zunjie responded that it would further optimize component design and provide free upgrades for delivered users.
Zunjie is not a typical sample of a "fast-track car," but its experience reveals a problem: when validation processes are compressed and testing boundaries are blurred, no one can guarantee that the next fracture won't happen on their own car.
Some brands, in order to rush milestones and seize first-mover advantages, shift the time that should have been spent on validation to pile up features and adjust prices. In design, they copy whatever is popular; in testing, they cut corners wherever possible and skip processes whenever they can. The result is that door handles fail to pop out on mornings below minus ten degrees, zero-gravity seats move on their own while driving, and virtual buttons that should respond to a single press remain completely unresponsive at critical moments—and these are not even isolated cases.
The deeper background is the continuous deterioration of industry profits. Data from the China Passenger Car Association (CPCA) shows that from January to May 2026, the profit margin of China's automotive industry was only 3.4%, lower than the downstream industry average of 6.1%; the profit margin for complete vehicle manufacturing was even as low as 1.5%. When "trading price for volume" becomes a survival strategy, R&D validation becomes the most easily sacrificed link.
In August this year, the four ministries launched a one-year special action to improve production consistency and quality of automotive products. This draft further shifts the regulatory gate forward to the R&D design and product access stages.
03. Who Is Most Affected?
The first to bear the brunt are the heavy users of the "fast-track car" model.
Brands that rely on rapid iteration and piling up configurations to maintain popularity will face forced slowdowns in their R&D pace. A one-year environmental validation means that even if parallel testing is adopted and the degree of component commonality is increased, automakers can no longer use "rushing to meet market launch milestones" as an excuse to skip validation work.
Next are the radicals in "innovative design." Fully hidden door handles, virtual controls, rotating seats... these designs that were once used as selling points now need to have their safety boundaries re-examined.
The beneficiaries, on the other hand, are the long-termists willing to invest in R&D. As the access threshold rises, the cost advantages gained through "cutting corners" will be weakened, and competition will increasingly return to the right track of technology, quality, and service.
This draft is, in essence, a recalibration of regulatory logic.
Over the past few years, the main narrative of China's automotive industry has been "fast." Fast electrification transformation, fast intelligent iteration, and fast overseas expansion. Speed has brought scale, but it has also planted hidden dangers. As industry profit margins fall below the safety threshold and safety issues with "fast-track cars" begin to emerge, the balance of policy is tilting from encouraging innovation to holding the bottom line.
This does not mean that innovation is being stifled. The document explicitly allows the use of off-season testing, environmental chamber simulation, and other methods, leaving room for automakers to improve efficiency. The difference is that efficiency gains cannot come at the expense of skipping validation.
In the first half of 2026, China's automotive exports reached 5.096 million units, a year-on-year increase of 65.3%. The expansion of overseas markets also requires the endorsement of quality. A car that has been frozen in Mohe for a winter and baked in Turpan for a summer carries a completely different weight in the eyes of consumers compared to a car "simulated" in a laboratory.
Writing "two winters and one summer" into the access clauses may seem like just a technical specification, but it is actually a strong correction by regulators on the industry's pace.
Over the past few years, China's automotive industry has become accustomed to defining capability by speed: whoever goes to market first, whoever facelifts first, and whoever piles up the next version of the configuration sheet first holds the right to speak. But the safety boundaries of automobiles are determined by the laws of physics, not by the timetable of press conferences.
The new regulations shift validation from "corporate self-discipline" to a "pre-requisite for market access," and restore safety from a "marketing bonus" to the "bottom line for survival." Speed was once the sharpest weapon for Chinese automakers. But what truly determines victory or defeat is often the invisible, slow and meticulous work.
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