In the traditional automotive era, "recall" was a heavy word. It meant design flaws, manufacturing oversights, safety hazards, and the ensuing PR crises and consumer lawsuits. Automakers would go to great lengths to avoid recalls, preferring to handle individual complaints privately rather than announcing a public recall. Consumers' first reaction upon hearing "recall" was also "there's something wrong with this car."
But entering 2024, this perception is being rapidly refreshed. In the first half of the year, China's market saw a cumulative total of over 110 auto recalls involving approximately 2.8 million vehicles. While this number seems substantial, it has not significantly increased compared to previous years. What has truly changed is the "content" and "method" of recalls. More than half of the recalls were completed via OTA, or Over-the-Air technology. Owners do not need to drive their cars back to 4S stores; they simply need to click "confirm upgrade" after receiving a push notification, and the vehicle automatically completes the repair overnight. The entire process may take only a few minutes, and owners may not even perceive the change.
The driving force behind this change is the fundamental transformation of automotive electrical and electronic architectures. Traditional fuel vehicles have dozens of electronic control units, each responsible for a relatively independent function, communicating with each other via a bus. Under this architecture, software updates are very difficult, typically requiring a visit to a dealership for flashing with specialized equipment. Today's smart EVs, however, employ centralized electrical and electronic architectures, where a few high-performance computing platforms control the vast majority of vehicle functions. This architecture inherently supports remote upgrades, allowing automakers to push new software to vehicles at any time, just as smartphone manufacturers push system updates.
The popularization of OTA technology has fundamentally changed the form of recalls. In the past, recalls were typically triggered by hardware defects - a batch of parts had problems and needed replacement. Such recalls had long cycles, high costs, and poor user experience. Today, many recalls are due to minor flaws in software logic - an algorithm making a miscalculation in some edge case, or a function responding abnormally under specific conditions. These issues require no part replacement, only a few lines of code modification delivered via OTA.
This shift has subtly changed the "nature" of recalls. They are no longer necessarily signals of "product quality problems," but have increasingly become processes of "continuous product optimization." Just as your smartphone periodically receives system updates fixing known issues and improving performance - and you don't consider your phone a "defective product" because of it - a vehicle that fixes an intermittent software logic error via OTA should not be simply labeled as "defective."
However, this does not mean automakers can relax their requirements for product quality. While OTA can fix software issues, it remains powerless against hardware defects. More importantly, the convenience of OTA could also be abused - some automakers might adopt a "launch first, fix later" mentality, putting insufficiently validated software into vehicles and using consumers as "guinea pigs." This approach may capture market advantages in the short term, but in the long run, it will inevitably damage brand reputation.
For consumers, the biggest change brought by the normalization of recalls is "diminished perception." Future vehicles will, like smartphones, complete self-repairs and function updates without owners even noticing. What consumers need to pay attention to is not "whether this vehicle has been recalled," but "how frequently does this vehicle receive OTA updates and how quickly are issues fixed?" A brand that can respond quickly to problems and promptly push fixes is, in fact, more trustworthy.
Regulatory bodies are also adapting to this change. China's State Administration for Market Regulation has established a regulatory framework for OTA upgrades, requiring automakers to follow recall procedures for filing and public disclosure when conducting OTA upgrades involving safety issues. This means that while the method of repair has changed, the requirements for accountability and transparency have not diminished. Automakers cannot avoid recall obligations simply by claiming it is "just a software upgrade."
In summary, the normalization of auto recalls is not a signal of declining quality, but an inevitable result of automobiles evolving from "hardware products" to "hardware-software integrated products." In this new world, evaluating the quality of a vehicle requires not only looking at its condition when it leaves the factory, but also how it is maintained and evolved throughout its entire lifecycle